{{$:/plugins/TWaddle/tw-admin/content}}

\define extract(tiddler,start:""" """,end:"""ç-noEnd-ç""",prefix:"""""",suffix:"""""",
limit:"yes",class:"", rmQuotes:'no' mode:"block")
<$vars start="""$start$""" end="""$end$""" prefix="""$prefix$""" suffix="""$suffix$""">
<$set name="tid" filter="[field:title[$tiddler$]]" value="""$tiddler$""" emptyValue=<<currentTiddler>>>
<$list variable="fulltext" filter="""[<tid>get[text]addprefix[ ]addsuffix[ç-noEnd-ç]]""" emptyValue="$start$ error: no text field $end$ ç-noEnd-ç">
<$list variable="beforeStart" emptyMessage="filter error" 
   filter="""[<fulltext>splitbefore<start>]""">
   <$list variable="firstRest" filter="[<fulltext>removeprefix<beforeStart>]">
<span class="te-summary $class$">
<$macrocall $name="extractSnippet" rest=<<firstRest>> start=<<start>> end=<<end>> prefix=<<prefix>> suffix=<<suffix>> limit="$limit$" rmQuotes='$rmQuotes$' mode="$mode$"/>
</span>
   </$list>
</$list>
</$list>
</$set>
</$vars>
\end

\define extractSnippet(rest,start,end,prefix,suffix,limit,rmQuotes,mode)
<$vars text="""$rest$""" start="""$start$""" end="""$end$""" prefix="""$prefix$""" suffix="""$suffix$""">
<$list variable="snippet" filter="""[<text>splitbefore<end>removesuffix<end>]""" emptyValue="summary empty">
<$set name="mymode" filter="""[[$mode$]removeprefix[block]]""" value="blockOutput" emptyValue="inlineOutput">
<$set name="snipify" filter="""[[$mode$]removeprefix[link]]""" value="linkedOutput" emptyValue=<<mymode>>>
<$set name="extracted" filter="""[[$rmQuotes$]removeprefix[no]]""" value=<<noQuotes>> emptyValue=<<removeQuotes>>>
   <$macrocall $name=<<snipify>>/>
</$set>
</$set>
</$set>
   <$list variable="newRest" filter="""[<text>removeprefix<snippet>removeprefix<end>]"""
   emptyValue="never empty">
   <$set name="unlimited" filter="""[[$limit$]removeprefix[y]]""" emptyValue="checkRest">
   <$macrocall $name=<<unlimited>> rest=<<newRest>> start=<<start>> end=<<end>> prefix=<<prefix>> suffix=<<suffix>> limit="$limit$" rmQuotes='$rmQuotes$' mode="$mode$"/>
   </$set>
</$list> 
</$list>
</$vars>
\end

\define linkedOutput()
$(prefix)$[[$(extracted)$]]$(suffix)$
\end
\define inlineOutput()
$(prefix)$$(extracted)$$(suffix)$
\end
\define blockOutput()
<span>

$(prefix)$$(extracted)$$(suffix)$

</span>
\end

\define checkRest(rest,start,end,prefix,suffix,limit,rmQuotes,mode)
<$set name="text" value="""$rest$""">
<$list variable="beforeStart" filter="""[<text>splitbefore[$start$]]""">
   <$set name="proceed" filter="""[<beforeStart>removesuffix[$start$]] +[addsuffix[ç-TestPassed-ç]]""" 
emptyValue="es">
   <$set name="proceedto" filter="""[<proceed>removesuffix[ç-TestPassed-ç]regexp[es]]""" emptyValue="extractSnippet">
   <$list variable="newRest" filter="""[<text>removeprefix<beforeStart>]""">
      <$macrocall $name=<<proceedto>> rest=<<newRest>> start="""$start$""" end="""$end$""" prefix="""$prefix$""" suffix="""$suffix$""" limit="$limit$" rmQuotes='$rmQuotes$' mode="$mode$"/>
   </$list> 
   </$set>
   </$set>
</$list>
</$set>
\end

\define es()
<span class='summaryend'></span>
\end

\define removeQuotes()
<$vars output=$(snippet)$>
<<output>>
</$vars>
\end

\define noQuotes()
$(snippet)$
\end

<!-- !! Extract Macro Documentation
* Version: 0.9.3
** Bugfix for capturing the beginning of a text with no start parameter
** Minor cleanup
* parameters
** tiddler – if not provided, the current tiddler is used
** start and end – text-identifiers that sourround the snippet you want to extract
** prefix and suffix – text to attach to the result 
** limit – defaults to "yes" and produces one result, collects all matches if set to "no"
** class – CSS class(es) to append to the surrounding span
** rmQuotes – defaults to 'no', removes surrounding quotes (") when set to "yes"
** mode – defaults to "block", set to "inline" to omit surrounding tags, set to "link" to get links in inline mode

!!! Advantages
* find content to extract based on common markup or comments
* handle wiki syntax where start and end are the same, e.g. `''` or `//`
* ''start or end can be omitted when extracting the beginning or to the end of the text''
* to collect several snippets from the same tiddler set limit to "no"

-->

<!-- !!! FAQ
; The output is something like " end:" – what can I do?
: This happens, when you try to extract from the tiddler, where the extract macro is called: the macro call contains the start marker. Solutions:
* if you are using a filter, exclude the calling tiddler using ![tiddler]
* transclude the macrocall from somewhere else, e.g. from a field in the tiddler

; The list widget produces results only for tiddlers without spaces in the title?
: Lists need to be constructed carefully according to the examples below. Macro calls from lists with the parameter `tiddler=<<tiddler>>` and similar work only for titles without spaces.
* see: http://tid.li/tw5/hacks.html#Tweeting for a working example
* or: http://tid.li/tw5/numbers.html

; Can I use start or end markers containing " (quotes)? 
: This will not work – but you can remove surrounding quotes by setting rmQuotes to "yes".

-->

<!-- !!! Procedure – How it Works
* get the text field of the tiddler
** cut off everything before the first start tag, including start tag
* extract a snippet from the rest 
** ''put texts in variables to avoid problems with square brackets''
** cut after end tag, remove end tag
** prepend prefix, output snippet, append the suffix
* check, if limit is "no", else exit via es()
** es() prints an empty span which can be used for design purposes
* check the rest
** cut off everything before start tag, including start tag and save in //beforeStart// (contains all text if no start tag is found)
** try to remove start tag from beforeStart, if found, add a confirmation suffix
*** no start tag? => exit via es()
** if a start tag exists, proceed with extracting

!!! Missing – Ideas for Improvement
* allow users to specify an empty-message
* support for some kinds of transclusion (e.g. from a tiddler’s own fields)
* Possible optimisations (low priority)
** limit to a defined number of loops
** limit to a defined number of chars – this might not be useful as tags could get cut in pieces.

-->

/*\
title: $:/.tb/modules/startup/hide-sidebar.js
type: application/javascript
module-type: startup
created: 20151010151732122
creator: Tobias Beer
modified: 20151010151750739

Hides the sidebar on startup when the config tiddler [[$:/config/hide-sidebar-on-startup]] contains "yes"

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

// Export name and synchronous status
exports.name = "hide-sidebar-on-startup";
exports.platforms = ["browser"];
exports.after = ["startup"];
exports.synchronous = true;

exports.startup = function() {
	var conf = $tw.wiki.getTiddler("$:/config/HideSidebarOnStartup"),
		value = (conf ? conf.getFieldString("text") : "").toLowerCase(),
		state = value == "yes" ? "no" : "yes";
	$tw.wiki.setText("$:/state/sidebar", "text", undefined, state);
};

})();

<$list filter="[all[current]has[summary]]">
@@color:grey; //<$transclude field="summary" mode="block"/> //@@
</$list>

<$list filter="[all[current]has[description]]">
@@color:grey; //<$transclude field="description" mode="block"/> //@@
</$list>

<$list filter="[all[current]has[url]]">
<$transclude field="url" mode="block"/>
</$list>

\define visibility(tiddler) $:/config/ViewToolbarButtons/Visibility/$tiddler$

\define admin()
 <$button class="tc-btn-big-green admin"><i class="fa fa-toggle-on" aria-hidden="true"></i>
Se déconnecter
  <!-- hide buttons -->
    <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/more-tiddler-actions">> text="hide" />
    <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/edit">> text="hide" />
    <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/close">> text="hide" />
  <!-- clear cache -->
    <$action-setfield $tiddler="$:/temp/verlauf" text="" />
    <$action-setfield $tiddler="$:/HistoryList" text="" />
    <$action-setfield $tiddler="$:/temp/search" text="" />
  <!-- set switch -->
    <$action-setfield $tiddler="$:/admin/switch" text="web" />
  <!-- set sidebar -->
    <$action-setfield $tiddler="$:/state/sidebar" text={{$:/user/config!!show-sidebar}} />
  <!-- hide chevron -->
    <$action-setfield $tiddler="$:/core/ui/TopBar/menu" tags="" />
  <!-- hide page toolbar buttons -->
     <$fieldmangler tiddler="$:/core/ui/Buttons/close-all">
    <$action-sendmessage $message='tm-remove-tag' $param='$:/tags/PageControls'/>
     </$fieldmangler>
     <$fieldmangler tiddler="$:/admin/Buttons/mode-web">
    <$action-sendmessage $message='tm-remove-tag' $param='$:/tags/PageControls'/>
     </$fieldmangler>
  <!-- hide Contenus tab -->

  <!-- save wiki -->
    <$action-sendmessage $message="tm-save-wiki" />
 </$button>
<br>


\end

<$macrocall $name={{$:/admin/switch}} />

\define visibility(tiddler) $:/config/ViewToolbarButtons/Visibility/$tiddler$

\define admin()
 <$button class="tc-btn-invisible" tooltip="Déconnexion Admin">
{{$:/core/images/right-arrow}}
  <!-- hide buttons -->
    <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/more-tiddler-actions">> text="hide" />
    <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/edit">> text="hide" />
    <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/close">> text="hide" />

  <!-- clear cache -->
    <$action-setfield $tiddler="$:/temp/verlauf" text="" />
    <$action-setfield $tiddler="$:/HistoryList" text="" />
    <$action-setfield $tiddler="$:/temp/search" text="" />
  
  <!-- set switch -->
    <$action-setfield $tiddler="$:/admin/switch" text="web" />
  
  <!-- set sidebar -->
    <$action-setfield $tiddler="$:/state/sidebar" text={{$:/user/config!!show-sidebar}} />
  
  <!-- hide chevron -->
    <$action-setfield $tiddler="$:/core/ui/TopBar/menu" tags="" />
  
  <!-- hide page toolbar buttons -->
     <$fieldmangler tiddler="$:/admin/Buttons/mode-web">
    <$action-sendmessage $message='tm-remove-tag' $param='$:/tags/PageControls'/>
     </$fieldmangler>
     <$fieldmangler tiddler="$:/core/ui/Buttons/close-all">
    <$action-sendmessage $message='tm-remove-tag' $param='$:/tags/PageControls'/>
     </$fieldmangler>
  
  <!-- hide Contenus tab -->

  <!-- save wiki -->
    <$action-sendmessage $message="tm-save-wiki" />
 </$button>

<$macrocall $name={{$:/admin/switch}} />

<$reveal type="match" state="$:/state/menu" text="show">

<$button set="$:/state/menu" setTo="hide" class="tc-btn-invisible">
<$fieldmangler tiddler="$:/to/ui/menu">

<$action-sendmessage $message='tm-remove-tag' $param='$:/tags/Stylesheet'/>

</$fieldmangler>
<$fieldmangler tiddler="$:/plugins/tongerner/topmenu/topmenu">
<$action-sendmessage $message='tm-remove-tag' $param='$:/tags/TopLeftBar'/>
</$fieldmangler>

<$fieldmangler tiddler="$:/admin/module/navbar-tabs">
<$action-sendmessage $message='tm-remove-tag' $param='$:/tags/ModuleTabs'/>
</$fieldmangler>

<$action-setfield $tiddler='$:/plugins/tongerner/topmenu/topmenu' config='no'/>
<$action-sendmessage $message="tm-save-wiki" />
<input type="checkbox" checked />
</$button>
 Afficher le menu dans la barre de navigation
</$reveal>

<$reveal type="nomatch" state="$:/state/menu" text="show">

<$button set="$:/state/menu"  setTo="show" class="tc-btn-invisible">

<$fieldmangler tiddler="$:/to/ui/menu">
<$action-sendmessage $message='tm-add-tag' $param='$:/tags/Stylesheet'/>
</$fieldmangler>

<$fieldmangler tiddler="$:/plugins/tongerner/topmenu/topmenu">
<$action-sendmessage $message='tm-add-tag' $param='$:/tags/TopLeftBar'/>
</$fieldmangler>

<$fieldmangler tiddler="$:/admin/module/navbar-tabs">
<$action-sendmessage $message='tm-add-tag' $param='$:/tags/ModuleTabs'/>
</$fieldmangler>

<$action-setfield $tiddler='$:/plugins/tongerner/topmenu/topmenu' config='yes'/>
<$action-sendmessage $message="tm-save-wiki" />
<input type="checkbox" />
</$button>
 Afficher le menu dans la barre de navigation
</$reveal>

<$reveal type="match" state="$:/state/navbar" text="show">

<$button set="$:/state/navbar" setTo="hide" class="tc-btn-invisible">
<$fieldmangler tiddler="$:/to/ui/navbar">
<$action-sendmessage $message='tm-remove-tag' $param='$:/tags/Stylesheet'/>
</$fieldmangler>
<$fieldmangler tiddler="$:/to/ui/navbar/config">
<$action-sendmessage $message='tm-remove-tag' $param='$:/tags/TopLeftBar'/>
</$fieldmangler>
<$fieldmangler tiddler="$:/admin/module/navbar-tabs">
<$action-sendmessage $message='tm-remove-tag' $param='$:/tags/ModuleTabs'/>
</$fieldmangler>
<$action-setfield $tiddler='$:/admin/settings/navbar' config='no'/>
<$action-sendmessage $message="tm-save-wiki" />
<input type="checkbox" checked />
</$button>
 Afficher la barre de navigation
</$reveal>

<$reveal type="nomatch" state="$:/state/navbar" text="show">

<$button set="$:/state/navbar"  setTo="show" class="tc-btn-invisible">
<$fieldmangler tiddler="$:/to/ui/navbar">
<$action-sendmessage $message='tm-add-tag' $param='$:/tags/Stylesheet'/>
</$fieldmangler>
<$fieldmangler tiddler="$:/to/ui/navbar/config">
<$action-sendmessage $message='tm-add-tag' $param='$:/tags/TopLeftBar'/>
</$fieldmangler>
<$fieldmangler tiddler="$:/admin/module/navbar-tabs">
<$action-sendmessage $message='tm-add-tag' $param='$:/tags/ModuleTabs'/>
</$fieldmangler>
<$action-setfield $tiddler='$:/admin/settings/navbar' config='yes'/>
<$action-sendmessage $message="tm-save-wiki" />
<input type="checkbox" />
</$button>
 Afficher la barre de navigation
</$reveal>

<div style="font-size:4em;">
{{$:/user/profile!!icon}}
</div>

<br>

<form>

<i class="fa fa-user" aria-hidden="true"></i>&nbsp;
<$edit-text tiddler='$:/temp/profile' field='user-name' placeholder="Nom d'utilisateur" tag="input" class="login" type="text"/>

<i class="fa fa-lock" aria-hidden="true"></i>&nbsp;
<$edit-text tiddler='$:/temp/profile' field='password' placeholder="Mot de passe" tag="input" class="login" type="password"/>

<br>

<$reveal type='match' state='$:/temp/profile!!user-name' text={{$:/user/profile!!user-name}}>
<$reveal type='match' state='$:/temp/profile!!password' text={{$:/user/profile!!password}}>
{{$:/admin/connect/Buttons/mode-admin}}
</$reveal>
</$reveal>
</form>

\define visibility(tiddler) $:/config/ViewToolbarButtons/Visibility/$tiddler$

\define web()
 <$button class="tc-btn-big-green connect"><i class="fa fa-sign-in" aria-hidden="true"></i> Se connecter

<!-- set switch -->
    <$action-setfield $tiddler="$:/admin/switch" text="admin" />

<!-- show buttons -->
    <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/more-tiddler-actions">> text="show" />
   <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/edit">> text="show" />
   <$action-setfield $tiddler=<<visibility "$:/core/ui/Buttons/close">> text="show" />

<!-- show sidebar -->
    <$action-setfield $tiddler="$:/state/sidebar" text="yes" />

<!-- show chevron -->
<$action-setfield $tiddler="$:/core/ui/TopBar/menu" tags="$:/tags/TopRightBar" />

<!-- show page toolbar buttons -->
     <$fieldmangler tiddler="$:/core/ui/Buttons/close-all">
    <$action-sendmessage $message='tm-add-tag' $param='$:/tags/PageControls'/>
     </$fieldmangler>
     <$fieldmangler tiddler="$:/admin/Buttons/mode-web">
    <$action-sendmessage $message='tm-add-tag' $param='$:/tags/PageControls'/>
     </$fieldmangler>

<!-- show Contenus tab -->

    <$action-setfield $tiddler='$:/temp/profile' user-name='' password=''/>
    <$action-sendmessage $message='tm-close-tiddler' $param="$:/admin/connect"/>
 </$button>

<$macrocall $name={{$:/admin/switch}} />

admin

<div class="tc-advanced-search">
<<tabs "[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]" "$:/core/ui/AdvancedSearch/System">>
</div>

<div class="tw-admin-content">

@@.no-border
|<$link to="$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth">Largeur de la barre latérale</$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text class='tc-edit-texteditor' tiddler="$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth" default="" tag="input"/> |
|<$link to="$:/config/HideSidebarOnStartup">Cacher la sidebar au démarrage</$link>|^<$edit-text tiddler="$:/config/HideSidebarOnStartup" default="" tag="input"/> |
|Position barre latérale|{{$:/SideBar Switch}}|
|Afficher l'onglet Divers: | <$checkbox tiddler='$:/.to/core/ui/SideBar/Divers' tag='$:/tags/SideBar' checked='$:/tags/SideBar' unchecked=none/> |
|Afficher l'onglet menu: | <$checkbox tiddler='$:/core/ui/SideBar/TableOfContents' tag='$:/tags/SideBar' checked='$:/tags/SideBar' unchecked=none/> |
|Afficher l'onglet Menu: | <<toggle $:/core/ui/SideBar/TableOfContents!!tags $:/tags/SideBar " " >> |
|Afficher l'onglet More: | <$checkbox tiddler='$:/core/ui/SideBar/More' tag='$:/tags/SideBar' checked='$:/tags/SideBar' unchecked=none/> |
|Afficher l'onglet More: | <<toggle $:/core/ui/SideBar/More!!tags $:/tags/SideBar " " >> |
|Afficher l'onglet Open: | <<toggle $:/core/ui/SideBar/Open!!tags $:/tags/SideBar " " >> |
|Afficher l'onglet Recent: | <<toggle $:/core/ui/SideBar/Recent!!tags $:/tags/SideBar " " >> |
|Afficher l'onglet Tools: | <<toggle $:/core/ui/SideBar/Tools!!tags $:/tags/SideBar " " >> |
|Afficher l'onglet Paramètres: | <<toggle $:/core/ui/SideBar/Param!!tags $:/tags/SideBar " " >> |
|Voir/Cacher la sidebar: | <<toggle $:/state/sidebar yes no >> |
|Voir/Cacher {{$:/core/images/chevron-right}} le chevron sidebar: | <<toggle $:/core/ui/TopBar/menu!!tags $:/tags/TopRightBar " " >> |
|Afficher le bouton Sauver {{$:/core/images/save-button}} | <<toggle $:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/save-wiki show hide >> |
|Afficher le bouton de contrôle {{$:/core/images/options-button}} | <<toggle $:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/control-panel show hide >> |
|Voir/Cacher {{$:/plugins/TWaddle/tw-admin/icon}} dans la sidebar | <<toggle $:/plugins/TWaddle/tw-admin/button!!tags $:/tags/PageControls " " >> |
|Voir/Cacher {{$:/plugins/TWaddle/tw-admin/icon}} dans ~ControlPannel | <<toggle $:/plugins/TWaddle/tw-admin/content!!tags $:/tags/ControlPanel/Settings "" >> |
|Afficher la ~SideBar si déconnecté | <$checkbox tiddler='$:/user/config' field='show-sidebar' checked='yes' unchecked=no/> |

@@

</div>

<$button message="tm-open-window" param="$:/sidebar-settings-help" tooltip="Plus d'informations" aria-label="Help">Assistance</$button>

<style>
.tw-admin-content {
  /*margin:0 auto;*/
  width: -moz-fit-content;
  width: fit-content;
}

body.tc-body .tw-admin-content svg {
 width: 1em;
 margin: auto .4em -.7em .5em;
 fill:crimson;
}
</style>

{{$:/admin/config/Buttons/navbar}}

@@.no-border
|Couleur de la barre|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='navbar-color' type="color" tag="input"/>|
|Hauteur de la barre|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='navbar-hauteur' tag="input"/>|
|Afficher la bordure|<$checkbox tiddler='$:/user/config' field='navbar-border' checked=solid unchecked=none/>|
|Couleur de la bordure|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='navbar-bordercolor' type="color" tag="input"/>|
|Taille de la bordure|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='navbar-borderheight' tag="input"/>|
|Espace entre les menus|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='navbar-menuspace'/>|
|Story top position|^<$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics/storytop" default="" tag="input"/> |
@@

$:/core/ui/SideBar/TableOfContents

+[!is[system]]
-[[hide this]]
-TableOfContents
-CV
-Imprimer

yes

above

show

show

show

show

hide

show

show

yes

tc-btn-invisible

<$set name="currentTiddler" value={{$:/fonts}}>

!!<<fa text-height>> Fonts

|titre|<$edit-text index=titre type="text" tag="input"/>|
|tiddler|<$edit-text index=tiddler type="text" tag="input"/>|
|H1|<$edit-text index=h1 type="text" tag="input"/>|
|H2|<$edit-text index=h2 type="text" tag="input"/>|
|H3|<$edit-text index=h3 type="text" tag="input"/>|
|kbd|<$edit-text index=kbd type="text" tag="input"/>|
|code|<$edit-text index=code type="text" tag="input"/>|
|p|<$edit-text index=p type="text" tag="input"/>|


<$button message="tm-open-window" param="$:/fonts-settings-help" tooltip="Plus d'informations" aria-label="Help">Assistance</$button>

show

show

show

hide

true

hide

{
    "tiddlers": {
        "$:/Acknowledgements": {
            "title": "$:/Acknowledgements",
            "text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
        },
        "$:/core/copyright.txt": {
            "title": "$:/core/copyright.txt",
            "type": "text/plain",
            "text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2017, UnaMesa Association\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n  list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n  this list of conditions and the following disclaimer in the documentation\n  and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n  contributors may be used to endorse or promote products derived from\n  this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS'\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE."
        },
        "$:/core/icon": {
            "title": "$:/core/icon",
            "tags": "$:/tags/Image",
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        },
        "$:/core/images/twitter": {
            "title": "$:/core/images/twitter",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-twitter tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M41.6263422,115.803477 C27.0279663,115.803477 13.4398394,111.540813 1.99987456,104.234833 C4.02221627,104.472643 6.08004574,104.594302 8.16644978,104.594302 C20.277456,104.594302 31.4238403,100.47763 40.270894,93.5715185 C28.9590538,93.3635501 19.4123842,85.9189246 16.1230832,75.6885328 C17.7011365,75.9892376 19.320669,76.1503787 20.9862896,76.1503787 C23.344152,76.1503787 25.6278127,75.8359011 27.7971751,75.247346 C15.9709927,72.8821073 7.06079851,62.4745062 7.06079851,49.9982394 C7.06079851,49.8898938 7.06079851,49.7820074 7.06264203,49.67458 C10.5482779,51.6032228 14.5339687,52.7615103 18.7717609,52.8951059 C11.8355159,48.277565 7.2714207,40.3958845 7.2714207,31.4624258 C7.2714207,26.7434257 8.54621495,22.3200804 10.7713439,18.5169676 C23.5211299,34.0957738 42.568842,44.3472839 64.0532269,45.4210985 C63.6126256,43.5365285 63.3835682,41.5711584 63.3835682,39.5529928 C63.3835682,25.3326379 74.95811,13.8034766 89.2347917,13.8034766 C96.6697089,13.8034766 103.387958,16.930807 108.103682,21.9353619 C113.991886,20.780288 119.52429,18.6372496 124.518847,15.6866694 C122.588682,21.6993889 118.490075,26.7457211 113.152623,29.9327334 C118.381769,29.3102055 123.363882,27.926045 127.999875,25.8780385 C124.534056,31.0418981 120.151087,35.5772616 115.100763,39.2077561 C115.150538,40.3118708 115.175426,41.4224128 115.175426,42.538923 C115.175426,76.5663154 89.1744164,115.803477 41.6263422,115.803477\"></path>\n    </g>\n</svg>\n"
        },
        "$:/core/images/underline": {
            "title": "$:/core/images/underline",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-underline tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M7,117.421488 L121.247934,117.421488 L121.247934,128 L7,128 L7,117.421488 Z M104.871212,98.8958333 L104.871212,0 L88.6117424,0 L88.6117424,55.8560606 C88.6117424,60.3194668 88.0060035,64.432115 86.7945076,68.1941288 C85.5830116,71.9561425 83.7657949,75.239885 81.342803,78.0454545 C78.9198111,80.8510241 75.8911167,83.0189317 72.2566288,84.5492424 C68.6221409,86.0795531 64.3182067,86.844697 59.344697,86.844697 C53.0959284,86.844697 48.1862552,85.0593613 44.6155303,81.4886364 C41.0448054,77.9179114 39.2594697,73.0720003 39.2594697,66.9507576 L39.2594697,0 L23,0 L23,65.0378788 C23,70.3939662 23.5419769,75.2717583 24.625947,79.6714015 C25.709917,84.0710447 27.5908957,87.864883 30.2689394,91.0530303 C32.9469831,94.2411776 36.4538925,96.6960141 40.7897727,98.4176136 C45.125653,100.139213 50.545422,101 57.0492424,101 C64.3182182,101 70.630655,99.5653553 75.9867424,96.6960227 C81.3428298,93.8266902 85.742407,89.33147 89.1856061,83.2102273 L89.5681818,83.2102273 L89.5681818,98.8958333 L104.871212,98.8958333 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/unfold-all-button": {
            "title": "$:/core/images/unfold-all-button",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-unfold-all tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n        <rect x=\"0\" y=\"64\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n        <path d=\"M85.598226,8.34884273 C84.1490432,6.89863875 82.1463102,6 79.9340286,6 L47.9482224,6 C43.5292967,6 39.9411255,9.581722 39.9411255,14 C39.9411255,18.4092877 43.5260249,22 47.9482224,22 L71.9411255,22 L71.9411255,45.9929031 C71.9411255,50.4118288 75.5228475,54 79.9411255,54 C84.3504132,54 87.9411255,50.4151006 87.9411255,45.9929031 L87.9411255,14.0070969 C87.9411255,11.7964515 87.0447363,9.79371715 85.5956548,8.34412458 Z\" transform=\"translate(63.941125, 30.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -30.000000) \"></path>\n        <path d=\"M85.6571005,72.2899682 C84.2079177,70.8397642 82.2051847,69.9411255 79.9929031,69.9411255 L48.0070969,69.9411255 C43.5881712,69.9411255 40,73.5228475 40,77.9411255 C40,82.3504132 43.5848994,85.9411255 48.0070969,85.9411255 L72,85.9411255 L72,109.934029 C72,114.352954 75.581722,117.941125 80,117.941125 C84.4092877,117.941125 88,114.356226 88,109.934029 L88,77.9482224 C88,75.737577 87.1036108,73.7348426 85.6545293,72.2852501 Z\" transform=\"translate(64.000000, 93.941125) scale(1, -1) rotate(-45.000000) translate(-64.000000, -93.941125) \"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/unfold-button": {
            "title": "$:/core/images/unfold-button",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-unfold tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n        <path d=\"M85.598226,11.3488427 C84.1490432,9.89863875 82.1463102,9 79.9340286,9 L47.9482224,9 C43.5292967,9 39.9411255,12.581722 39.9411255,17 C39.9411255,21.4092877 43.5260249,25 47.9482224,25 L71.9411255,25 L71.9411255,48.9929031 C71.9411255,53.4118288 75.5228475,57 79.9411255,57 C84.3504132,57 87.9411255,53.4151006 87.9411255,48.9929031 L87.9411255,17.0070969 C87.9411255,14.7964515 87.0447363,12.7937171 85.5956548,11.3441246 Z\" transform=\"translate(63.941125, 33.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -33.000000) \"></path>\n        <path d=\"M85.6571005,53.4077172 C84.2079177,51.9575133 82.2051847,51.0588745 79.9929031,51.0588745 L48.0070969,51.0588745 C43.5881712,51.0588745 40,54.6405965 40,59.0588745 C40,63.4681622 43.5848994,67.0588745 48.0070969,67.0588745 L72,67.0588745 L72,91.0517776 C72,95.4707033 75.581722,99.0588745 80,99.0588745 C84.4092877,99.0588745 88,95.4739751 88,91.0517776 L88,59.0659714 C88,56.855326 87.1036108,54.8525917 85.6545293,53.4029991 Z\" transform=\"translate(64.000000, 75.058875) scale(1, -1) rotate(-45.000000) translate(-64.000000, -75.058875) \"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/unlocked-padlock": {
            "title": "$:/core/images/unlocked-padlock",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/up-arrow": {
            "title": "$:/core/images/up-arrow",
            "created": "20150316000544368",
            "modified": "20150316000831867",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
        },
        "$:/core/images/video": {
            "title": "$:/core/images/video",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/core/images/warning": {
            "title": "$:/core/images/warning",
            "tags": "$:/tags/Image",
            "text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n    </g>\n</svg>"
        },
        "$:/language/Buttons/AdvancedSearch/Caption": {
            "title": "$:/language/Buttons/AdvancedSearch/Caption",
            "text": "advanced search"
        },
        "$:/language/Buttons/AdvancedSearch/Hint": {
            "title": "$:/language/Buttons/AdvancedSearch/Hint",
            "text": "Advanced search"
        },
        "$:/language/Buttons/Cancel/Caption": {
            "title": "$:/language/Buttons/Cancel/Caption",
            "text": "cancel"
        },
        "$:/language/Buttons/Cancel/Hint": {
            "title": "$:/language/Buttons/Cancel/Hint",
            "text": "Discard changes to this tiddler"
        },
        "$:/language/Buttons/Clone/Caption": {
            "title": "$:/language/Buttons/Clone/Caption",
            "text": "clone"
        },
        "$:/language/Buttons/Clone/Hint": {
            "title": "$:/language/Buttons/Clone/Hint",
            "text": "Clone this tiddler"
        },
        "$:/language/Buttons/Close/Caption": {
            "title": "$:/language/Buttons/Close/Caption",
            "text": "close"
        },
        "$:/language/Buttons/Close/Hint": {
            "title": "$:/language/Buttons/Close/Hint",
            "text": "Close this tiddler"
        },
        "$:/language/Buttons/CloseAll/Caption": {
            "title": "$:/language/Buttons/CloseAll/Caption",
            "text": "close all"
        },
        "$:/language/Buttons/CloseAll/Hint": {
            "title": "$:/language/Buttons/CloseAll/Hint",
            "text": "Close all tiddlers"
        },
        "$:/language/Buttons/CloseOthers/Caption": {
            "title": "$:/language/Buttons/CloseOthers/Caption",
            "text": "close others"
        },
        "$:/language/Buttons/CloseOthers/Hint": {
            "title": "$:/language/Buttons/CloseOthers/Hint",
            "text": "Close other tiddlers"
        },
        "$:/language/Buttons/ControlPanel/Caption": {
            "title": "$:/language/Buttons/ControlPanel/Caption",
            "text": "control panel"
        },
        "$:/language/Buttons/ControlPanel/Hint": {
            "title": "$:/language/Buttons/ControlPanel/Hint",
            "text": "Open control panel"
        },
        "$:/language/Buttons/Delete/Caption": {
            "title": "$:/language/Buttons/Delete/Caption",
            "text": "delete"
        },
        "$:/language/Buttons/Delete/Hint": {
            "title": "$:/language/Buttons/Delete/Hint",
            "text": "Delete this tiddler"
        },
        "$:/language/Buttons/Edit/Caption": {
            "title": "$:/language/Buttons/Edit/Caption",
            "text": "edit"
        },
        "$:/language/Buttons/Edit/Hint": {
            "title": "$:/language/Buttons/Edit/Hint",
            "text": "Edit this tiddler"
        },
        "$:/language/Buttons/Encryption/Caption": {
            "title": "$:/language/Buttons/Encryption/Caption",
            "text": "encryption"
        },
        "$:/language/Buttons/Encryption/Hint": {
            "title": "$:/language/Buttons/Encryption/Hint",
            "text": "Set or clear a password for saving this wiki"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
            "text": "clear password"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
            "text": "Clear the password and save this wiki without encryption"
        },
        "$:/language/Buttons/Encryption/SetPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Caption",
            "text": "set password"
        },
        "$:/language/Buttons/Encryption/SetPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Hint",
            "text": "Set a password for saving this wiki with encryption"
        },
        "$:/language/Buttons/ExportPage/Caption": {
            "title": "$:/language/Buttons/ExportPage/Caption",
            "text": "export all"
        },
        "$:/language/Buttons/ExportPage/Hint": {
            "title": "$:/language/Buttons/ExportPage/Hint",
            "text": "Export all tiddlers"
        },
        "$:/language/Buttons/ExportTiddler/Caption": {
            "title": "$:/language/Buttons/ExportTiddler/Caption",
            "text": "export tiddler"
        },
        "$:/language/Buttons/ExportTiddler/Hint": {
            "title": "$:/language/Buttons/ExportTiddler/Hint",
            "text": "Export tiddler"
        },
        "$:/language/Buttons/ExportTiddlers/Caption": {
            "title": "$:/language/Buttons/ExportTiddlers/Caption",
            "text": "export tiddlers"
        },
        "$:/language/Buttons/ExportTiddlers/Hint": {
            "title": "$:/language/Buttons/ExportTiddlers/Hint",
            "text": "Export tiddlers"
        },
        "$:/language/Buttons/Fold/Caption": {
            "title": "$:/language/Buttons/Fold/Caption",
            "text": "fold tiddler"
        },
        "$:/language/Buttons/Fold/Hint": {
            "title": "$:/language/Buttons/Fold/Hint",
            "text": "Fold the body of this tiddler"
        },
        "$:/language/Buttons/Fold/FoldBar/Caption": {
            "title": "$:/language/Buttons/Fold/FoldBar/Caption",
            "text": "fold-bar"
        },
        "$:/language/Buttons/Fold/FoldBar/Hint": {
            "title": "$:/language/Buttons/Fold/FoldBar/Hint",
            "text": "Optional bars to fold and unfold tiddlers"
        },
        "$:/language/Buttons/Unfold/Caption": {
            "title": "$:/language/Buttons/Unfold/Caption",
            "text": "unfold tiddler"
        },
        "$:/language/Buttons/Unfold/Hint": {
            "title": "$:/language/Buttons/Unfold/Hint",
            "text": "Unfold the body of this tiddler"
        },
        "$:/language/Buttons/FoldOthers/Caption": {
            "title": "$:/language/Buttons/FoldOthers/Caption",
            "text": "fold other tiddlers"
        },
        "$:/language/Buttons/FoldOthers/Hint": {
            "title": "$:/language/Buttons/FoldOthers/Hint",
            "text": "Fold the bodies of other opened tiddlers"
        },
        "$:/language/Buttons/FoldAll/Caption": {
            "title": "$:/language/Buttons/FoldAll/Caption",
            "text": "fold all tiddlers"
        },
        "$:/language/Buttons/FoldAll/Hint": {
            "title": "$:/language/Buttons/FoldAll/Hint",
            "text": "Fold the bodies of all opened tiddlers"
        },
        "$:/language/Buttons/UnfoldAll/Caption": {
            "title": "$:/language/Buttons/UnfoldAll/Caption",
            "text": "unfold all tiddlers"
        },
        "$:/language/Buttons/UnfoldAll/Hint": {
            "title": "$:/language/Buttons/UnfoldAll/Hint",
            "text": "Unfold the bodies of all opened tiddlers"
        },
        "$:/language/Buttons/FullScreen/Caption": {
            "title": "$:/language/Buttons/FullScreen/Caption",
            "text": "full-screen"
        },
        "$:/language/Buttons/FullScreen/Hint": {
            "title": "$:/language/Buttons/FullScreen/Hint",
            "text": "Enter or leave full-screen mode"
        },
        "$:/language/Buttons/Help/Caption": {
            "title": "$:/language/Buttons/Help/Caption",
            "text": "help"
        },
        "$:/language/Buttons/Help/Hint": {
            "title": "$:/language/Buttons/Help/Hint",
            "text": "Show help panel"
        },
        "$:/language/Buttons/Import/Caption": {
            "title": "$:/language/Buttons/Import/Caption",
            "text": "import"
        },
        "$:/language/Buttons/Import/Hint": {
            "title": "$:/language/Buttons/Import/Hint",
            "text": "Import many types of file including text, image, TiddlyWiki or JSON"
        },
        "$:/language/Buttons/Info/Caption": {
            "title": "$:/language/Buttons/Info/Caption",
            "text": "info"
        },
        "$:/language/Buttons/Info/Hint": {
            "title": "$:/language/Buttons/Info/Hint",
            "text": "Show information for this tiddler"
        },
        "$:/language/Buttons/Home/Caption": {
            "title": "$:/language/Buttons/Home/Caption",
            "text": "home"
        },
        "$:/language/Buttons/Home/Hint": {
            "title": "$:/language/Buttons/Home/Hint",
            "text": "Open the default tiddlers"
        },
        "$:/language/Buttons/Language/Caption": {
            "title": "$:/language/Buttons/Language/Caption",
            "text": "language"
        },
        "$:/language/Buttons/Language/Hint": {
            "title": "$:/language/Buttons/Language/Hint",
            "text": "Choose the user interface language"
        },
        "$:/language/Buttons/Manager/Caption": {
            "title": "$:/language/Buttons/Manager/Caption",
            "text": "tiddler manager"
        },
        "$:/language/Buttons/Manager/Hint": {
            "title": "$:/language/Buttons/Manager/Hint",
            "text": "Open tiddler manager"
        },
        "$:/language/Buttons/More/Caption": {
            "title": "$:/language/Buttons/More/Caption",
            "text": "more"
        },
        "$:/language/Buttons/More/Hint": {
            "title": "$:/language/Buttons/More/Hint",
            "text": "More actions"
        },
        "$:/language/Buttons/NewHere/Caption": {
            "title": "$:/language/Buttons/NewHere/Caption",
            "text": "new here"
        },
        "$:/language/Buttons/NewHere/Hint": {
            "title": "$:/language/Buttons/NewHere/Hint",
            "text": "Create a new tiddler tagged with this one"
        },
        "$:/language/Buttons/NewJournal/Caption": {
            "title": "$:/language/Buttons/NewJournal/Caption",
            "text": "new journal"
        },
        "$:/language/Buttons/NewJournal/Hint": {
            "title": "$:/language/Buttons/NewJournal/Hint",
            "text": "Create a new journal tiddler"
        },
        "$:/language/Buttons/NewJournalHere/Caption": {
            "title": "$:/language/Buttons/NewJournalHere/Caption",
            "text": "new journal here"
        },
        "$:/language/Buttons/NewJournalHere/Hint": {
            "title": "$:/language/Buttons/NewJournalHere/Hint",
            "text": "Create a new journal tiddler tagged with this one"
        },
        "$:/language/Buttons/NewImage/Caption": {
            "title": "$:/language/Buttons/NewImage/Caption",
            "text": "new image"
        },
        "$:/language/Buttons/NewImage/Hint": {
            "title": "$:/language/Buttons/NewImage/Hint",
            "text": "Create a new image tiddler"
        },
        "$:/language/Buttons/NewMarkdown/Caption": {
            "title": "$:/language/Buttons/NewMarkdown/Caption",
            "text": "new Markdown tiddler"
        },
        "$:/language/Buttons/NewMarkdown/Hint": {
            "title": "$:/language/Buttons/NewMarkdown/Hint",
            "text": "Create a new Markdown tiddler"
        },
        "$:/language/Buttons/NewTiddler/Caption": {
            "title": "$:/language/Buttons/NewTiddler/Caption",
            "text": "new tiddler"
        },
        "$:/language/Buttons/NewTiddler/Hint": {
            "title": "$:/language/Buttons/NewTiddler/Hint",
            "text": "Create a new tiddler"
        },
        "$:/language/Buttons/OpenWindow/Caption": {
            "title": "$:/language/Buttons/OpenWindow/Caption",
            "text": "open in new window"
        },
        "$:/language/Buttons/OpenWindow/Hint": {
            "title": "$:/language/Buttons/OpenWindow/Hint",
            "text": "Open tiddler in new window"
        },
        "$:/language/Buttons/Palette/Caption": {
            "title": "$:/language/Buttons/Palette/Caption",
            "text": "palette"
        },
        "$:/language/Buttons/Palette/Hint": {
            "title": "$:/language/Buttons/Palette/Hint",
            "text": "Choose the colour palette"
        },
        "$:/language/Buttons/Permalink/Caption": {
            "title": "$:/language/Buttons/Permalink/Caption",
            "text": "permalink"
        },
        "$:/language/Buttons/Permalink/Hint": {
            "title": "$:/language/Buttons/Permalink/Hint",
            "text": "Set browser address bar to a direct link to this tiddler"
        },
        "$:/language/Buttons/Permaview/Caption": {
            "title": "$:/language/Buttons/Permaview/Caption",
            "text": "permaview"
        },
        "$:/language/Buttons/Permaview/Hint": {
            "title": "$:/language/Buttons/Permaview/Hint",
            "text": "Set browser address bar to a direct link to all the tiddlers in this story"
        },
        "$:/language/Buttons/Print/Caption": {
            "title": "$:/language/Buttons/Print/Caption",
            "text": "print page"
        },
        "$:/language/Buttons/Print/Hint": {
            "title": "$:/language/Buttons/Print/Hint",
            "text": "Print the current page"
        },
        "$:/language/Buttons/Refresh/Caption": {
            "title": "$:/language/Buttons/Refresh/Caption",
            "text": "refresh"
        },
        "$:/language/Buttons/Refresh/Hint": {
            "title": "$:/language/Buttons/Refresh/Hint",
            "text": "Perform a full refresh of the wiki"
        },
        "$:/language/Buttons/Save/Caption": {
            "title": "$:/language/Buttons/Save/Caption",
            "text": "ok"
        },
        "$:/language/Buttons/Save/Hint": {
            "title": "$:/language/Buttons/Save/Hint",
            "text": "Confirm changes to this tiddler"
        },
        "$:/language/Buttons/SaveWiki/Caption": {
            "title": "$:/language/Buttons/SaveWiki/Caption",
            "text": "save changes"
        },
        "$:/language/Buttons/SaveWiki/Hint": {
            "title": "$:/language/Buttons/SaveWiki/Hint",
            "text": "Save changes"
        },
        "$:/language/Buttons/StoryView/Caption": {
            "title": "$:/language/Buttons/StoryView/Caption",
            "text": "storyview"
        },
        "$:/language/Buttons/StoryView/Hint": {
            "title": "$:/language/Buttons/StoryView/Hint",
            "text": "Choose the story visualisation"
        },
        "$:/language/Buttons/HideSideBar/Caption": {
            "title": "$:/language/Buttons/HideSideBar/Caption",
            "text": "hide sidebar"
        },
        "$:/language/Buttons/HideSideBar/Hint": {
            "title": "$:/language/Buttons/HideSideBar/Hint",
            "text": "Hide sidebar"
        },
        "$:/language/Buttons/ShowSideBar/Caption": {
            "title": "$:/language/Buttons/ShowSideBar/Caption",
            "text": "show sidebar"
        },
        "$:/language/Buttons/ShowSideBar/Hint": {
            "title": "$:/language/Buttons/ShowSideBar/Hint",
            "text": "Show sidebar"
        },
        "$:/language/Buttons/TagManager/Caption": {
            "title": "$:/language/Buttons/TagManager/Caption",
            "text": "tag manager"
        },
        "$:/language/Buttons/TagManager/Hint": {
            "title": "$:/language/Buttons/TagManager/Hint",
            "text": "Open tag manager"
        },
        "$:/language/Buttons/Timestamp/Caption": {
            "title": "$:/language/Buttons/Timestamp/Caption",
            "text": "timestamps"
        },
        "$:/language/Buttons/Timestamp/Hint": {
            "title": "$:/language/Buttons/Timestamp/Hint",
            "text": "Choose whether modifications update timestamps"
        },
        "$:/language/Buttons/Timestamp/On/Caption": {
            "title": "$:/language/Buttons/Timestamp/On/Caption",
            "text": "timestamps are on"
        },
        "$:/language/Buttons/Timestamp/On/Hint": {
            "title": "$:/language/Buttons/Timestamp/On/Hint",
            "text": "Update timestamps when tiddlers are modified"
        },
        "$:/language/Buttons/Timestamp/Off/Caption": {
            "title": "$:/language/Buttons/Timestamp/Off/Caption",
            "text": "timestamps are off"
        },
        "$:/language/Buttons/Timestamp/Off/Hint": {
            "title": "$:/language/Buttons/Timestamp/Off/Hint",
            "text": "Don't update timestamps when tiddlers are modified"
        },
        "$:/language/Buttons/Theme/Caption": {
            "title": "$:/language/Buttons/Theme/Caption",
            "text": "theme"
        },
        "$:/language/Buttons/Theme/Hint": {
            "title": "$:/language/Buttons/Theme/Hint",
            "text": "Choose the display theme"
        },
        "$:/language/Buttons/Bold/Caption": {
            "title": "$:/language/Buttons/Bold/Caption",
            "text": "bold"
        },
        "$:/language/Buttons/Bold/Hint": {
            "title": "$:/language/Buttons/Bold/Hint",
            "text": "Apply bold formatting to selection"
        },
        "$:/language/Buttons/Clear/Caption": {
            "title": "$:/language/Buttons/Clear/Caption",
            "text": "clear"
        },
        "$:/language/Buttons/Clear/Hint": {
            "title": "$:/language/Buttons/Clear/Hint",
            "text": "Clear image to solid colour"
        },
        "$:/language/Buttons/EditorHeight/Caption": {
            "title": "$:/language/Buttons/EditorHeight/Caption",
            "text": "editor height"
        },
        "$:/language/Buttons/EditorHeight/Caption/Auto": {
            "title": "$:/language/Buttons/EditorHeight/Caption/Auto",
            "text": "Automatically adjust height to fit content"
        },
        "$:/language/Buttons/EditorHeight/Caption/Fixed": {
            "title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
            "text": "Fixed height:"
        },
        "$:/language/Buttons/EditorHeight/Hint": {
            "title": "$:/language/Buttons/EditorHeight/Hint",
            "text": "Choose the height of the text editor"
        },
        "$:/language/Buttons/Excise/Caption": {
            "title": "$:/language/Buttons/Excise/Caption",
            "text": "excise"
        },
        "$:/language/Buttons/Excise/Caption/Excise": {
            "title": "$:/language/Buttons/Excise/Caption/Excise",
            "text": "Perform excision"
        },
        "$:/language/Buttons/Excise/Caption/MacroName": {
            "title": "$:/language/Buttons/Excise/Caption/MacroName",
            "text": "Macro name:"
        },
        "$:/language/Buttons/Excise/Caption/NewTitle": {
            "title": "$:/language/Buttons/Excise/Caption/NewTitle",
            "text": "Title of new tiddler:"
        },
        "$:/language/Buttons/Excise/Caption/Replace": {
            "title": "$:/language/Buttons/Excise/Caption/Replace",
            "text": "Replace excised text with:"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Macro": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
            "text": "macro"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Link": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Link",
            "text": "link"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
            "text": "transclusion"
        },
        "$:/language/Buttons/Excise/Caption/Tag": {
            "title": "$:/language/Buttons/Excise/Caption/Tag",
            "text": "Tag new tiddler with the title of this tiddler"
        },
        "$:/language/Buttons/Excise/Caption/TiddlerExists": {
            "title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
            "text": "Warning: tiddler already exists"
        },
        "$:/language/Buttons/Excise/Hint": {
            "title": "$:/language/Buttons/Excise/Hint",
            "text": "Excise the selected text into a new tiddler"
        },
        "$:/language/Buttons/Heading1/Caption": {
            "title": "$:/language/Buttons/Heading1/Caption",
            "text": "heading 1"
        },
        "$:/language/Buttons/Heading1/Hint": {
            "title": "$:/language/Buttons/Heading1/Hint",
            "text": "Apply heading level 1 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading2/Caption": {
            "title": "$:/language/Buttons/Heading2/Caption",
            "text": "heading 2"
        },
        "$:/language/Buttons/Heading2/Hint": {
            "title": "$:/language/Buttons/Heading2/Hint",
            "text": "Apply heading level 2 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading3/Caption": {
            "title": "$:/language/Buttons/Heading3/Caption",
            "text": "heading 3"
        },
        "$:/language/Buttons/Heading3/Hint": {
            "title": "$:/language/Buttons/Heading3/Hint",
            "text": "Apply heading level 3 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading4/Caption": {
            "title": "$:/language/Buttons/Heading4/Caption",
            "text": "heading 4"
        },
        "$:/language/Buttons/Heading4/Hint": {
            "title": "$:/language/Buttons/Heading4/Hint",
            "text": "Apply heading level 4 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading5/Caption": {
            "title": "$:/language/Buttons/Heading5/Caption",
            "text": "heading 5"
        },
        "$:/language/Buttons/Heading5/Hint": {
            "title": "$:/language/Buttons/Heading5/Hint",
            "text": "Apply heading level 5 formatting to lines containing selection"
        },
        "$:/language/Buttons/Heading6/Caption": {
            "title": "$:/language/Buttons/Heading6/Caption",
            "text": "heading 6"
        },
        "$:/language/Buttons/Heading6/Hint": {
            "title": "$:/language/Buttons/Heading6/Hint",
            "text": "Apply heading level 6 formatting to lines containing selection"
        },
        "$:/language/Buttons/Italic/Caption": {
            "title": "$:/language/Buttons/Italic/Caption",
            "text": "italic"
        },
        "$:/language/Buttons/Italic/Hint": {
            "title": "$:/language/Buttons/Italic/Hint",
            "text": "Apply italic formatting to selection"
        },
        "$:/language/Buttons/LineWidth/Caption": {
            "title": "$:/language/Buttons/LineWidth/Caption",
            "text": "line width"
        },
        "$:/language/Buttons/LineWidth/Hint": {
            "title": "$:/language/Buttons/LineWidth/Hint",
            "text": "Set line width for painting"
        },
        "$:/language/Buttons/Link/Caption": {
            "title": "$:/language/Buttons/Link/Caption",
            "text": "link"
        },
        "$:/language/Buttons/Link/Hint": {
            "title": "$:/language/Buttons/Link/Hint",
            "text": "Create wikitext link"
        },
        "$:/language/Buttons/ListBullet/Caption": {
            "title": "$:/language/Buttons/ListBullet/Caption",
            "text": "bulleted list"
        },
        "$:/language/Buttons/ListBullet/Hint": {
            "title": "$:/language/Buttons/ListBullet/Hint",
            "text": "Apply bulleted list formatting to lines containing selection"
        },
        "$:/language/Buttons/ListNumber/Caption": {
            "title": "$:/language/Buttons/ListNumber/Caption",
            "text": "numbered list"
        },
        "$:/language/Buttons/ListNumber/Hint": {
            "title": "$:/language/Buttons/ListNumber/Hint",
            "text": "Apply numbered list formatting to lines containing selection"
        },
        "$:/language/Buttons/MonoBlock/Caption": {
            "title": "$:/language/Buttons/MonoBlock/Caption",
            "text": "monospaced block"
        },
        "$:/language/Buttons/MonoBlock/Hint": {
            "title": "$:/language/Buttons/MonoBlock/Hint",
            "text": "Apply monospaced block formatting to lines containing selection"
        },
        "$:/language/Buttons/MonoLine/Caption": {
            "title": "$:/language/Buttons/MonoLine/Caption",
            "text": "monospaced"
        },
        "$:/language/Buttons/MonoLine/Hint": {
            "title": "$:/language/Buttons/MonoLine/Hint",
            "text": "Apply monospaced character formatting to selection"
        },
        "$:/language/Buttons/Opacity/Caption": {
            "title": "$:/language/Buttons/Opacity/Caption",
            "text": "opacity"
        },
        "$:/language/Buttons/Opacity/Hint": {
            "title": "$:/language/Buttons/Opacity/Hint",
            "text": "Set painting opacity"
        },
        "$:/language/Buttons/Paint/Caption": {
            "title": "$:/language/Buttons/Paint/Caption",
            "text": "paint colour"
        },
        "$:/language/Buttons/Paint/Hint": {
            "title": "$:/language/Buttons/Paint/Hint",
            "text": "Set painting colour"
        },
        "$:/language/Buttons/Picture/Caption": {
            "title": "$:/language/Buttons/Picture/Caption",
            "text": "picture"
        },
        "$:/language/Buttons/Picture/Hint": {
            "title": "$:/language/Buttons/Picture/Hint",
            "text": "Insert picture"
        },
        "$:/language/Buttons/Preview/Caption": {
            "title": "$:/language/Buttons/Preview/Caption",
            "text": "preview"
        },
        "$:/language/Buttons/Preview/Hint": {
            "title": "$:/language/Buttons/Preview/Hint",
            "text": "Show preview pane"
        },
        "$:/language/Buttons/PreviewType/Caption": {
            "title": "$:/language/Buttons/PreviewType/Caption",
            "text": "preview type"
        },
        "$:/language/Buttons/PreviewType/Hint": {
            "title": "$:/language/Buttons/PreviewType/Hint",
            "text": "Choose preview type"
        },
        "$:/language/Buttons/Quote/Caption": {
            "title": "$:/language/Buttons/Quote/Caption",
            "text": "quote"
        },
        "$:/language/Buttons/Quote/Hint": {
            "title": "$:/language/Buttons/Quote/Hint",
            "text": "Apply quoted text formatting to lines containing selection"
        },
        "$:/language/Buttons/Size/Caption": {
            "title": "$:/language/Buttons/Size/Caption",
            "text": "image size"
        },
        "$:/language/Buttons/Size/Caption/Height": {
            "title": "$:/language/Buttons/Size/Caption/Height",
            "text": "Height:"
        },
        "$:/language/Buttons/Size/Caption/Resize": {
            "title": "$:/language/Buttons/Size/Caption/Resize",
            "text": "Resize image"
        },
        "$:/language/Buttons/Size/Caption/Width": {
            "title": "$:/language/Buttons/Size/Caption/Width",
            "text": "Width:"
        },
        "$:/language/Buttons/Size/Hint": {
            "title": "$:/language/Buttons/Size/Hint",
            "text": "Set image size"
        },
        "$:/language/Buttons/Stamp/Caption": {
            "title": "$:/language/Buttons/Stamp/Caption",
            "text": "stamp"
        },
        "$:/language/Buttons/Stamp/Caption/New": {
            "title": "$:/language/Buttons/Stamp/Caption/New",
            "text": "Add your own"
        },
        "$:/language/Buttons/Stamp/Hint": {
            "title": "$:/language/Buttons/Stamp/Hint",
            "text": "Insert a preconfigured snippet of text"
        },
        "$:/language/Buttons/Stamp/New/Title": {
            "title": "$:/language/Buttons/Stamp/New/Title",
            "text": "Name as shown in menu"
        },
        "$:/language/Buttons/Stamp/New/Text": {
            "title": "$:/language/Buttons/Stamp/New/Text",
            "text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
        },
        "$:/language/Buttons/Strikethrough/Caption": {
            "title": "$:/language/Buttons/Strikethrough/Caption",
            "text": "strikethrough"
        },
        "$:/language/Buttons/Strikethrough/Hint": {
            "title": "$:/language/Buttons/Strikethrough/Hint",
            "text": "Apply strikethrough formatting to selection"
        },
        "$:/language/Buttons/Subscript/Caption": {
            "title": "$:/language/Buttons/Subscript/Caption",
            "text": "subscript"
        },
        "$:/language/Buttons/Subscript/Hint": {
            "title": "$:/language/Buttons/Subscript/Hint",
            "text": "Apply subscript formatting to selection"
        },
        "$:/language/Buttons/Superscript/Caption": {
            "title": "$:/language/Buttons/Superscript/Caption",
            "text": "superscript"
        },
        "$:/language/Buttons/Superscript/Hint": {
            "title": "$:/language/Buttons/Superscript/Hint",
            "text": "Apply superscript formatting to selection"
        },
        "$:/language/Buttons/Underline/Caption": {
            "title": "$:/language/Buttons/Underline/Caption",
            "text": "underline"
        },
        "$:/language/Buttons/Underline/Hint": {
            "title": "$:/language/Buttons/Underline/Hint",
            "text": "Apply underline formatting to selection"
        },
        "$:/language/ControlPanel/Advanced/Caption": {
            "title": "$:/language/ControlPanel/Advanced/Caption",
            "text": "Advanced"
        },
        "$:/language/ControlPanel/Advanced/Hint": {
            "title": "$:/language/ControlPanel/Advanced/Hint",
            "text": "Internal information about this TiddlyWiki"
        },
        "$:/language/ControlPanel/Appearance/Caption": {
            "title": "$:/language/ControlPanel/Appearance/Caption",
            "text": "Appearance"
        },
        "$:/language/ControlPanel/Appearance/Hint": {
            "title": "$:/language/ControlPanel/Appearance/Hint",
            "text": "Ways to customise the appearance of your TiddlyWiki."
        },
        "$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
            "title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
            "text": "Animation duration:"
        },
        "$:/language/ControlPanel/Basics/Caption": {
            "title": "$:/language/ControlPanel/Basics/Caption",
            "text": "Basics"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
            "text": "Use &#91;&#91;double square brackets&#93;&#93; for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
            "text": "Default tiddlers:"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
            "text": "Choose which tiddlers are displayed at startup:"
        },
        "$:/language/ControlPanel/Basics/Language/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Language/Prompt",
            "text": "Hello! Current language:"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
            "text": "Title of new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
            "text": "Text for new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
            "text": "Tags for new journal tiddlers"
        },
        "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
            "text": "Number of overridden shadow tiddlers:"
        },
        "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
            "text": "Number of shadow tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Subtitle/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
            "text": "Subtitle:"
        },
        "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
            "text": "Number of system tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tags/Prompt",
            "text": "Number of tags:"
        },
        "$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
            "text": "Number of tiddlers:"
        },
        "$:/language/ControlPanel/Basics/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Title/Prompt",
            "text": "Title of this ~TiddlyWiki:"
        },
        "$:/language/ControlPanel/Basics/Username/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Username/Prompt",
            "text": "Username for signing edits:"
        },
        "$:/language/ControlPanel/Basics/Version/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Version/Prompt",
            "text": "~TiddlyWiki version:"
        },
        "$:/language/ControlPanel/EditorTypes/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Caption",
            "text": "Editor Types"
        },
        "$:/language/ControlPanel/EditorTypes/Editor/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
            "text": "Editor"
        },
        "$:/language/ControlPanel/EditorTypes/Hint": {
            "title": "$:/language/ControlPanel/EditorTypes/Hint",
            "text": "These tiddlers determine which editor is used to edit specific tiddler types."
        },
        "$:/language/ControlPanel/EditorTypes/Type/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
            "text": "Type"
        },
        "$:/language/ControlPanel/Info/Caption": {
            "title": "$:/language/ControlPanel/Info/Caption",
            "text": "Info"
        },
        "$:/language/ControlPanel/Info/Hint": {
            "title": "$:/language/ControlPanel/Info/Hint",
            "text": "Information about this TiddlyWiki"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
            "text": "Type shortcut here"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
            "text": "add shortcut"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
            "text": "Keyboard Shortcuts"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Hint": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
            "text": "Manage keyboard shortcut assignments"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
            "text": "No keyboard shortcuts assigned"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
            "text": "remove keyboard shortcut"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
            "text": "All platforms"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
            "text": "Macintosh platform only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
            "text": "Non-Macintosh platforms only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
            "text": "Linux platform only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
            "text": "Non-Linux platforms only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
            "text": "Windows platform only"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
            "text": "Non-Windows platforms only"
        },
        "$:/language/ControlPanel/LoadedModules/Caption": {
            "title": "$:/language/ControlPanel/LoadedModules/Caption",
            "text": "Loaded Modules"
        },
        "$:/language/ControlPanel/LoadedModules/Hint": {
            "title": "$:/language/ControlPanel/LoadedModules/Hint",
            "text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
        },
        "$:/language/ControlPanel/Palette/Caption": {
            "title": "$:/language/ControlPanel/Palette/Caption",
            "text": "Palette"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
            "text": "clone"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
            "text": "It is recommended that you clone this shadow palette before editing it"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
            "text": "This shadow palette has been modified"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt",
            "text": "Editing"
        },
        "$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
            "text": "reset"
        },
        "$:/language/ControlPanel/Palette/HideEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
            "text": "hide editor"
        },
        "$:/language/ControlPanel/Palette/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Prompt",
            "text": "Current palette:"
        },
        "$:/language/ControlPanel/Palette/ShowEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
            "text": "show editor"
        },
        "$:/language/ControlPanel/Parsing/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Caption",
            "text": "Parsing"
        },
        "$:/language/ControlPanel/Parsing/Hint": {
            "title": "$:/language/ControlPanel/Parsing/Hint",
            "text": "Here you can globally disable/enable wiki parser rules. For changes to take effect, save and reload your wiki. Disabling certain parser rules can prevent <$text text=\"TiddlyWiki\"/> from functioning correctly. Use [[safe mode|https://tiddlywiki.com/#SafeMode]] to restore normal operation."
        },
        "$:/language/ControlPanel/Parsing/Block/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Block/Caption",
            "text": "Block Parse Rules"
        },
        "$:/language/ControlPanel/Parsing/Inline/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Inline/Caption",
            "text": "Inline Parse Rules"
        },
        "$:/language/ControlPanel/Parsing/Pragma/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
            "text": "Pragma Parse Rules"
        },
        "$:/language/ControlPanel/Plugins/Add/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Add/Caption",
            "text": "Get more plugins"
        },
        "$:/language/ControlPanel/Plugins/Add/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Add/Hint",
            "text": "Install plugins from the official library"
        },
        "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
            "title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
            "text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
        },
        "$:/language/ControlPanel/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Disable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Caption",
            "text": "disable"
        },
        "$:/language/ControlPanel/Plugins/Disable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Hint",
            "text": "Disable this plugin when reloading page"
        },
        "$:/language/ControlPanel/Plugins/Disabled/Status": {
            "title": "$:/language/ControlPanel/Plugins/Disabled/Status",
            "text": "(disabled)"
        },
        "$:/language/ControlPanel/Plugins/Empty/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Empty/Hint",
            "text": "None"
        },
        "$:/language/ControlPanel/Plugins/Enable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Caption",
            "text": "enable"
        },
        "$:/language/ControlPanel/Plugins/Enable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Hint",
            "text": "Enable this plugin when reloading page"
        },
        "$:/language/ControlPanel/Plugins/Install/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Install/Caption",
            "text": "install"
        },
        "$:/language/ControlPanel/Plugins/Installed/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Installed/Hint",
            "text": "Currently installed plugins:"
        },
        "$:/language/ControlPanel/Plugins/Languages/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Caption",
            "text": "Languages"
        },
        "$:/language/ControlPanel/Plugins/Languages/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Hint",
            "text": "Language pack plugins"
        },
        "$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
            "title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
            "text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
        },
        "$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
            "title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
            "text": "This plugin is not currently installed"
        },
        "$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
            "title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
            "text": "open plugin library"
        },
        "$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
            "title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
            "text": "close plugin library"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Reinstall/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
            "text": "reinstall"
        },
        "$:/language/ControlPanel/Plugins/Themes/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Caption",
            "text": "Themes"
        },
        "$:/language/ControlPanel/Plugins/Themes/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Hint",
            "text": "Theme plugins"
        },
        "$:/language/ControlPanel/Saving/Caption": {
            "title": "$:/language/ControlPanel/Saving/Caption",
            "text": "Saving"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
            "text": "Permit automatic saving for the download saver"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
            "text": "Enable Autosave for Download Saver"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
            "text": "Download Saver"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
            "text": "These settings apply to the HTML5-compatible download saver"
        },
        "$:/language/ControlPanel/Saving/General/Caption": {
            "title": "$:/language/ControlPanel/Saving/General/Caption",
            "text": "General"
        },
        "$:/language/ControlPanel/Saving/General/Hint": {
            "title": "$:/language/ControlPanel/Saving/General/Hint",
            "text": "These settings apply to all the loaded savers"
        },
        "$:/language/ControlPanel/Saving/Hint": {
            "title": "$:/language/ControlPanel/Saving/Hint",
            "text": "Settings used for saving the entire TiddlyWiki as a single file via a saver module"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
            "text": "Advanced Settings"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
            "text": "Backup Directory"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
            "text": "Backups"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
            "text": "~TiddlySpot Saver"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Description": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
            "text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
            "text": "Upload Filename"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
            "text": "~TiddlySpot"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
            "text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Password": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
            "text": "Password"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
            "text": "Server URL"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
            "text": "Upload Directory"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
            "text": "Wiki Name"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Caption": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
            "text": "Autosave"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
            "text": "Do not save changes automatically"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
            "text": "Save changes automatically"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Hint": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
            "text": "Attempt to automatically save changes during editing when using a supporting saver"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Caption": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
            "text": "Camel Case Wiki Links"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Hint": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
            "text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Description": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Description",
            "text": "Enable automatic ~CamelCase linking"
        },
        "$:/language/ControlPanel/Settings/Caption": {
            "title": "$:/language/ControlPanel/Settings/Caption",
            "text": "Settings"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
            "text": "Editor Toolbar"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
            "text": "Enable or disable the editor toolbar:"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Description": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
            "text": "Show editor toolbar"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
            "text": "Tiddler Info Panel Mode"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
            "text": "Control when the tiddler info panel closes:"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
            "text": "Tiddler info panel closes automatically"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
            "text": "Tiddler info panel stays open until explicitly closed"
        },
        "$:/language/ControlPanel/Settings/Hint": {
            "title": "$:/language/ControlPanel/Settings/Hint",
            "text": "These settings let you customise the behaviour of TiddlyWiki."
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
            "text": "Navigation Address Bar"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
            "text": "Behaviour of the browser address bar when navigating to a tiddler:"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
            "text": "Do not update the address bar"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
            "text": "Include the target tiddler"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
            "text": "Include the target tiddler and the current story sequence"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
            "text": "Navigation History"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
            "text": "Update browser history when navigating to a tiddler:"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
            "text": "Do not update history"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
            "text": "Update history"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
            "text": "Performance Instrumentation"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
            "text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
            "text": "Enable performance instrumentation"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
            "text": "Toolbar Button Style"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
            "text": "Choose the style for toolbar buttons:"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
            "text": "Borderless"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
            "text": "Boxed"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
            "text": "Rounded"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
            "text": "Toolbar Buttons"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
            "text": "Default toolbar button appearance:"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
            "text": "Include icon"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
            "text": "Include text"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
            "text": "Default Sidebar Tab"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
            "text": "Specify which sidebar tab is displayed by default"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
            "text": "Tiddler Opening Behaviour"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
            "text": "Navigation from //within// the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
            "text": "Navigation from //outside// the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
            "text": "Open above the current tiddler"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
            "text": "Open below the current tiddler"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
            "text": "Open at the top of the story river"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
            "text": "Open at the bottom of the story river"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Caption": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
            "text": "Tiddler Titles"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Hint": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
            "text": "Optionally display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
            "text": "Do not display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
            "text": "Display tiddler titles as links"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Caption": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
            "text": "Wiki Links"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Hint": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
            "text": "Choose whether to link to tiddlers that do not exist yet"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Description": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
            "text": "Enable links to missing tiddlers"
        },
        "$:/language/ControlPanel/StoryView/Caption": {
            "title": "$:/language/ControlPanel/StoryView/Caption",
            "text": "Story View"
        },
        "$:/language/ControlPanel/StoryView/Prompt": {
            "title": "$:/language/ControlPanel/StoryView/Prompt",
            "text": "Current view:"
        },
        "$:/language/ControlPanel/Theme/Caption": {
            "title": "$:/language/ControlPanel/Theme/Caption",
            "text": "Theme"
        },
        "$:/language/ControlPanel/Theme/Prompt": {
            "title": "$:/language/ControlPanel/Theme/Prompt",
            "text": "Current theme:"
        },
        "$:/language/ControlPanel/TiddlerFields/Caption": {
            "title": "$:/language/ControlPanel/TiddlerFields/Caption",
            "text": "Tiddler Fields"
        },
        "$:/language/ControlPanel/TiddlerFields/Hint": {
            "title": "$:/language/ControlPanel/TiddlerFields/Hint",
            "text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
        },
        "$:/language/ControlPanel/Toolbars/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/Caption",
            "text": "Toolbars"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
            "text": "Edit Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
            "text": "Choose which buttons are displayed for tiddlers in edit mode. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Toolbars/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/Hint",
            "text": "Select which toolbar buttons are displayed"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
            "text": "Page Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
            "text": "Choose which buttons are displayed on the main page toolbar. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
            "text": "Editor Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
            "text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
            "text": "View Toolbar"
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
            "text": "Choose which buttons are displayed for tiddlers in view mode. Drag and drop to change the ordering"
        },
        "$:/language/ControlPanel/Tools/Download/Full/Caption": {
            "title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
            "text": "Download full wiki"
        },
        "$:/language/Date/DaySuffix/1": {
            "title": "$:/language/Date/DaySuffix/1",
            "text": "st"
        },
        "$:/language/Date/DaySuffix/2": {
            "title": "$:/language/Date/DaySuffix/2",
            "text": "nd"
        },
        "$:/language/Date/DaySuffix/3": {
            "title": "$:/language/Date/DaySuffix/3",
            "text": "rd"
        },
        "$:/language/Date/DaySuffix/4": {
            "title": "$:/language/Date/DaySuffix/4",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/5": {
            "title": "$:/language/Date/DaySuffix/5",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/6": {
            "title": "$:/language/Date/DaySuffix/6",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/7": {
            "title": "$:/language/Date/DaySuffix/7",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/8": {
            "title": "$:/language/Date/DaySuffix/8",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/9": {
            "title": "$:/language/Date/DaySuffix/9",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/10": {
            "title": "$:/language/Date/DaySuffix/10",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/11": {
            "title": "$:/language/Date/DaySuffix/11",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/12": {
            "title": "$:/language/Date/DaySuffix/12",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/13": {
            "title": "$:/language/Date/DaySuffix/13",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/14": {
            "title": "$:/language/Date/DaySuffix/14",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/15": {
            "title": "$:/language/Date/DaySuffix/15",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/16": {
            "title": "$:/language/Date/DaySuffix/16",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/17": {
            "title": "$:/language/Date/DaySuffix/17",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/18": {
            "title": "$:/language/Date/DaySuffix/18",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/19": {
            "title": "$:/language/Date/DaySuffix/19",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/20": {
            "title": "$:/language/Date/DaySuffix/20",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/21": {
            "title": "$:/language/Date/DaySuffix/21",
            "text": "st"
        },
        "$:/language/Date/DaySuffix/22": {
            "title": "$:/language/Date/DaySuffix/22",
            "text": "nd"
        },
        "$:/language/Date/DaySuffix/23": {
            "title": "$:/language/Date/DaySuffix/23",
            "text": "rd"
        },
        "$:/language/Date/DaySuffix/24": {
            "title": "$:/language/Date/DaySuffix/24",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/25": {
            "title": "$:/language/Date/DaySuffix/25",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/26": {
            "title": "$:/language/Date/DaySuffix/26",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/27": {
            "title": "$:/language/Date/DaySuffix/27",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/28": {
            "title": "$:/language/Date/DaySuffix/28",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/29": {
            "title": "$:/language/Date/DaySuffix/29",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/30": {
            "title": "$:/language/Date/DaySuffix/30",
            "text": "th"
        },
        "$:/language/Date/DaySuffix/31": {
            "title": "$:/language/Date/DaySuffix/31",
            "text": "st"
        },
        "$:/language/Date/Long/Day/0": {
            "title": "$:/language/Date/Long/Day/0",
            "text": "Sunday"
        },
        "$:/language/Date/Long/Day/1": {
            "title": "$:/language/Date/Long/Day/1",
            "text": "Monday"
        },
        "$:/language/Date/Long/Day/2": {
            "title": "$:/language/Date/Long/Day/2",
            "text": "Tuesday"
        },
        "$:/language/Date/Long/Day/3": {
            "title": "$:/language/Date/Long/Day/3",
            "text": "Wednesday"
        },
        "$:/language/Date/Long/Day/4": {
            "title": "$:/language/Date/Long/Day/4",
            "text": "Thursday"
        },
        "$:/language/Date/Long/Day/5": {
            "title": "$:/language/Date/Long/Day/5",
            "text": "Friday"
        },
        "$:/language/Date/Long/Day/6": {
            "title": "$:/language/Date/Long/Day/6",
            "text": "Saturday"
        },
        "$:/language/Date/Long/Month/1": {
            "title": "$:/language/Date/Long/Month/1",
            "text": "January"
        },
        "$:/language/Date/Long/Month/2": {
            "title": "$:/language/Date/Long/Month/2",
            "text": "February"
        },
        "$:/language/Date/Long/Month/3": {
            "title": "$:/language/Date/Long/Month/3",
            "text": "March"
        },
        "$:/language/Date/Long/Month/4": {
            "title": "$:/language/Date/Long/Month/4",
            "text": "April"
        },
        "$:/language/Date/Long/Month/5": {
            "title": "$:/language/Date/Long/Month/5",
            "text": "May"
        },
        "$:/language/Date/Long/Month/6": {
            "title": "$:/language/Date/Long/Month/6",
            "text": "June"
        },
        "$:/language/Date/Long/Month/7": {
            "title": "$:/language/Date/Long/Month/7",
            "text": "July"
        },
        "$:/language/Date/Long/Month/8": {
            "title": "$:/language/Date/Long/Month/8",
            "text": "August"
        },
        "$:/language/Date/Long/Month/9": {
            "title": "$:/language/Date/Long/Month/9",
            "text": "September"
        },
        "$:/language/Date/Long/Month/10": {
            "title": "$:/language/Date/Long/Month/10",
            "text": "October"
        },
        "$:/language/Date/Long/Month/11": {
            "title": "$:/language/Date/Long/Month/11",
            "text": "November"
        },
        "$:/language/Date/Long/Month/12": {
            "title": "$:/language/Date/Long/Month/12",
            "text": "December"
        },
        "$:/language/Date/Period/am": {
            "title": "$:/language/Date/Period/am",
            "text": "am"
        },
        "$:/language/Date/Period/pm": {
            "title": "$:/language/Date/Period/pm",
            "text": "pm"
        },
        "$:/language/Date/Short/Day/0": {
            "title": "$:/language/Date/Short/Day/0",
            "text": "Sun"
        },
        "$:/language/Date/Short/Day/1": {
            "title": "$:/language/Date/Short/Day/1",
            "text": "Mon"
        },
        "$:/language/Date/Short/Day/2": {
            "title": "$:/language/Date/Short/Day/2",
            "text": "Tue"
        },
        "$:/language/Date/Short/Day/3": {
            "title": "$:/language/Date/Short/Day/3",
            "text": "Wed"
        },
        "$:/language/Date/Short/Day/4": {
            "title": "$:/language/Date/Short/Day/4",
            "text": "Thu"
        },
        "$:/language/Date/Short/Day/5": {
            "title": "$:/language/Date/Short/Day/5",
            "text": "Fri"
        },
        "$:/language/Date/Short/Day/6": {
            "title": "$:/language/Date/Short/Day/6",
            "text": "Sat"
        },
        "$:/language/Date/Short/Month/1": {
            "title": "$:/language/Date/Short/Month/1",
            "text": "Jan"
        },
        "$:/language/Date/Short/Month/2": {
            "title": "$:/language/Date/Short/Month/2",
            "text": "Feb"
        },
        "$:/language/Date/Short/Month/3": {
            "title": "$:/language/Date/Short/Month/3",
            "text": "Mar"
        },
        "$:/language/Date/Short/Month/4": {
            "title": "$:/language/Date/Short/Month/4",
            "text": "Apr"
        },
        "$:/language/Date/Short/Month/5": {
            "title": "$:/language/Date/Short/Month/5",
            "text": "May"
        },
        "$:/language/Date/Short/Month/6": {
            "title": "$:/language/Date/Short/Month/6",
            "text": "Jun"
        },
        "$:/language/Date/Short/Month/7": {
            "title": "$:/language/Date/Short/Month/7",
            "text": "Jul"
        },
        "$:/language/Date/Short/Month/8": {
            "title": "$:/language/Date/Short/Month/8",
            "text": "Aug"
        },
        "$:/language/Date/Short/Month/9": {
            "title": "$:/language/Date/Short/Month/9",
            "text": "Sep"
        },
        "$:/language/Date/Short/Month/10": {
            "title": "$:/language/Date/Short/Month/10",
            "text": "Oct"
        },
        "$:/language/Date/Short/Month/11": {
            "title": "$:/language/Date/Short/Month/11",
            "text": "Nov"
        },
        "$:/language/Date/Short/Month/12": {
            "title": "$:/language/Date/Short/Month/12",
            "text": "Dec"
        },
        "$:/language/RelativeDate/Future/Days": {
            "title": "$:/language/RelativeDate/Future/Days",
            "text": "<<period>> days from now"
        },
        "$:/language/RelativeDate/Future/Hours": {
            "title": "$:/language/RelativeDate/Future/Hours",
            "text": "<<period>> hours from now"
        },
        "$:/language/RelativeDate/Future/Minutes": {
            "title": "$:/language/RelativeDate/Future/Minutes",
            "text": "<<period>> minutes from now"
        },
        "$:/language/RelativeDate/Future/Months": {
            "title": "$:/language/RelativeDate/Future/Months",
            "text": "<<period>> months from now"
        },
        "$:/language/RelativeDate/Future/Second": {
            "title": "$:/language/RelativeDate/Future/Second",
            "text": "1 second from now"
        },
        "$:/language/RelativeDate/Future/Seconds": {
            "title": "$:/language/RelativeDate/Future/Seconds",
            "text": "<<period>> seconds from now"
        },
        "$:/language/RelativeDate/Future/Years": {
            "title": "$:/language/RelativeDate/Future/Years",
            "text": "<<period>> years from now"
        },
        "$:/language/RelativeDate/Past/Days": {
            "title": "$:/language/RelativeDate/Past/Days",
            "text": "<<period>> days ago"
        },
        "$:/language/RelativeDate/Past/Hours": {
            "title": "$:/language/RelativeDate/Past/Hours",
            "text": "<<period>> hours ago"
        },
        "$:/language/RelativeDate/Past/Minutes": {
            "title": "$:/language/RelativeDate/Past/Minutes",
            "text": "<<period>> minutes ago"
        },
        "$:/language/RelativeDate/Past/Months": {
            "title": "$:/language/RelativeDate/Past/Months",
            "text": "<<period>> months ago"
        },
        "$:/language/RelativeDate/Past/Second": {
            "title": "$:/language/RelativeDate/Past/Second",
            "text": "1 second ago"
        },
        "$:/language/RelativeDate/Past/Seconds": {
            "title": "$:/language/RelativeDate/Past/Seconds",
            "text": "<<period>> seconds ago"
        },
        "$:/language/RelativeDate/Past/Years": {
            "title": "$:/language/RelativeDate/Past/Years",
            "text": "<<period>> years ago"
        },
        "$:/language/Docs/ModuleTypes/allfilteroperator": {
            "title": "$:/language/Docs/ModuleTypes/allfilteroperator",
            "text": "A sub-operator for the ''all'' filter operator."
        },
        "$:/language/Docs/ModuleTypes/animation": {
            "title": "$:/language/Docs/ModuleTypes/animation",
            "text": "Animations that may be used with the RevealWidget."
        },
        "$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
            "title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
            "text": "A bitmap editor toolbar operation."
        },
        "$:/language/Docs/ModuleTypes/command": {
            "title": "$:/language/Docs/ModuleTypes/command",
            "text": "Commands that can be executed under Node.js."
        },
        "$:/language/Docs/ModuleTypes/config": {
            "title": "$:/language/Docs/ModuleTypes/config",
            "text": "Data to be inserted into `$tw.config`."
        },
        "$:/language/Docs/ModuleTypes/filteroperator": {
            "title": "$:/language/Docs/ModuleTypes/filteroperator",
            "text": "Individual filter operator methods."
        },
        "$:/language/Docs/ModuleTypes/global": {
            "title": "$:/language/Docs/ModuleTypes/global",
            "text": "Global data to be inserted into `$tw`."
        },
        "$:/language/Docs/ModuleTypes/info": {
            "title": "$:/language/Docs/ModuleTypes/info",
            "text": "Publishes system information via the [[$:/temp/info-plugin]] pseudo-plugin."
        },
        "$:/language/Docs/ModuleTypes/isfilteroperator": {
            "title": "$:/language/Docs/ModuleTypes/isfilteroperator",
            "text": "Operands for the ''is'' filter operator."
        },
        "$:/language/Docs/ModuleTypes/library": {
            "title": "$:/language/Docs/ModuleTypes/library",
            "text": "Generic module type for general purpose JavaScript modules."
        },
        "$:/language/Docs/ModuleTypes/macro": {
            "title": "$:/language/Docs/ModuleTypes/macro",
            "text": "JavaScript macro definitions."
        },
        "$:/language/Docs/ModuleTypes/parser": {
            "title": "$:/language/Docs/ModuleTypes/parser",
            "text": "Parsers for different content types."
        },
        "$:/language/Docs/ModuleTypes/saver": {
            "title": "$:/language/Docs/ModuleTypes/saver",
            "text": "Savers handle different methods for saving files from the browser."
        },
        "$:/language/Docs/ModuleTypes/startup": {
            "title": "$:/language/Docs/ModuleTypes/startup",
            "text": "Startup functions."
        },
        "$:/language/Docs/ModuleTypes/storyview": {
            "title": "$:/language/Docs/ModuleTypes/storyview",
            "text": "Story views customise the animation and behaviour of list widgets."
        },
        "$:/language/Docs/ModuleTypes/texteditoroperation": {
            "title": "$:/language/Docs/ModuleTypes/texteditoroperation",
            "text": "A text editor toolbar operation."
        },
        "$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
            "text": "Converts different content types into tiddlers."
        },
        "$:/language/Docs/ModuleTypes/tiddlerfield": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerfield",
            "text": "Defines the behaviour of an individual tiddler field."
        },
        "$:/language/Docs/ModuleTypes/tiddlermethod": {
            "title": "$:/language/Docs/ModuleTypes/tiddlermethod",
            "text": "Adds methods to the `$tw.Tiddler` prototype."
        },
        "$:/language/Docs/ModuleTypes/upgrader": {
            "title": "$:/language/Docs/ModuleTypes/upgrader",
            "text": "Applies upgrade processing to tiddlers during an upgrade/import."
        },
        "$:/language/Docs/ModuleTypes/utils": {
            "title": "$:/language/Docs/ModuleTypes/utils",
            "text": "Adds methods to `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/utils-node": {
            "title": "$:/language/Docs/ModuleTypes/utils-node",
            "text": "Adds Node.js-specific methods to `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/widget": {
            "title": "$:/language/Docs/ModuleTypes/widget",
            "text": "Widgets encapsulate DOM rendering and refreshing."
        },
        "$:/language/Docs/ModuleTypes/wikimethod": {
            "title": "$:/language/Docs/ModuleTypes/wikimethod",
            "text": "Adds methods to `$tw.Wiki`."
        },
        "$:/language/Docs/ModuleTypes/wikirule": {
            "title": "$:/language/Docs/ModuleTypes/wikirule",
            "text": "Individual parser rules for the main WikiText parser."
        },
        "$:/language/Docs/PaletteColours/alert-background": {
            "title": "$:/language/Docs/PaletteColours/alert-background",
            "text": "Alert background"
        },
        "$:/language/Docs/PaletteColours/alert-border": {
            "title": "$:/language/Docs/PaletteColours/alert-border",
            "text": "Alert border"
        },
        "$:/language/Docs/PaletteColours/alert-highlight": {
            "title": "$:/language/Docs/PaletteColours/alert-highlight",
            "text": "Alert highlight"
        },
        "$:/language/Docs/PaletteColours/alert-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
            "text": "Alert muted foreground"
        },
        "$:/language/Docs/PaletteColours/background": {
            "title": "$:/language/Docs/PaletteColours/background",
            "text": "General background"
        },
        "$:/language/Docs/PaletteColours/blockquote-bar": {
            "title": "$:/language/Docs/PaletteColours/blockquote-bar",
            "text": "Blockquote bar"
        },
        "$:/language/Docs/PaletteColours/button-background": {
            "title": "$:/language/Docs/PaletteColours/button-background",
            "text": "Default button background"
        },
        "$:/language/Docs/PaletteColours/button-border": {
            "title": "$:/language/Docs/PaletteColours/button-border",
            "text": "Default button border"
        },
        "$:/language/Docs/PaletteColours/button-foreground": {
            "title": "$:/language/Docs/PaletteColours/button-foreground",
            "text": "Default button foreground"
        },
        "$:/language/Docs/PaletteColours/dirty-indicator": {
            "title": "$:/language/Docs/PaletteColours/dirty-indicator",
            "text": "Unsaved changes indicator"
        },
        "$:/language/Docs/PaletteColours/code-background": {
            "title": "$:/language/Docs/PaletteColours/code-background",
            "text": "Code background"
        },
        "$:/language/Docs/PaletteColours/code-border": {
            "title": "$:/language/Docs/PaletteColours/code-border",
            "text": "Code border"
        },
        "$:/language/Docs/PaletteColours/code-foreground": {
            "title": "$:/language/Docs/PaletteColours/code-foreground",
            "text": "Code foreground"
        },
        "$:/language/Docs/PaletteColours/download-background": {
            "title": "$:/language/Docs/PaletteColours/download-background",
            "text": "Download button background"
        },
        "$:/language/Docs/PaletteColours/download-foreground": {
            "title": "$:/language/Docs/PaletteColours/download-foreground",
            "text": "Download button foreground"
        },
        "$:/language/Docs/PaletteColours/dragger-background": {
            "title": "$:/language/Docs/PaletteColours/dragger-background",
            "text": "Dragger background"
        },
        "$:/language/Docs/PaletteColours/dragger-foreground": {
            "title": "$:/language/Docs/PaletteColours/dragger-foreground",
            "text": "Dragger foreground"
        },
        "$:/language/Docs/PaletteColours/dropdown-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-background",
            "text": "Dropdown background"
        },
        "$:/language/Docs/PaletteColours/dropdown-border": {
            "title": "$:/language/Docs/PaletteColours/dropdown-border",
            "text": "Dropdown border"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
            "text": "Dropdown tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
            "text": "Dropdown tab background"
        },
        "$:/language/Docs/PaletteColours/dropzone-background": {
            "title": "$:/language/Docs/PaletteColours/dropzone-background",
            "text": "Dropzone background"
        },
        "$:/language/Docs/PaletteColours/external-link-background-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-hover",
            "text": "External link background hover"
        },
        "$:/language/Docs/PaletteColours/external-link-background-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-visited",
            "text": "External link background visited"
        },
        "$:/language/Docs/PaletteColours/external-link-background": {
            "title": "$:/language/Docs/PaletteColours/external-link-background",
            "text": "External link background"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
            "text": "External link foreground hover"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
            "text": "External link foreground visited"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground",
            "text": "External link foreground"
        },
        "$:/language/Docs/PaletteColours/foreground": {
            "title": "$:/language/Docs/PaletteColours/foreground",
            "text": "General foreground"
        },
        "$:/language/Docs/PaletteColours/message-background": {
            "title": "$:/language/Docs/PaletteColours/message-background",
            "text": "Message box background"
        },
        "$:/language/Docs/PaletteColours/message-border": {
            "title": "$:/language/Docs/PaletteColours/message-border",
            "text": "Message box border"
        },
        "$:/language/Docs/PaletteColours/message-foreground": {
            "title": "$:/language/Docs/PaletteColours/message-foreground",
            "text": "Message box foreground"
        },
        "$:/language/Docs/PaletteColours/modal-backdrop": {
            "title": "$:/language/Docs/PaletteColours/modal-backdrop",
            "text": "Modal backdrop"
        },
        "$:/language/Docs/PaletteColours/modal-background": {
            "title": "$:/language/Docs/PaletteColours/modal-background",
            "text": "Modal background"
        },
        "$:/language/Docs/PaletteColours/modal-border": {
            "title": "$:/language/Docs/PaletteColours/modal-border",
            "text": "Modal border"
        },
        "$:/language/Docs/PaletteColours/modal-footer-background": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-background",
            "text": "Modal footer background"
        },
        "$:/language/Docs/PaletteColours/modal-footer-border": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-border",
            "text": "Modal footer border"
        },
        "$:/language/Docs/PaletteColours/modal-header-border": {
            "title": "$:/language/Docs/PaletteColours/modal-header-border",
            "text": "Modal header border"
        },
        "$:/language/Docs/PaletteColours/muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/muted-foreground",
            "text": "General muted foreground"
        },
        "$:/language/Docs/PaletteColours/notification-background": {
            "title": "$:/language/Docs/PaletteColours/notification-background",
            "text": "Notification background"
        },
        "$:/language/Docs/PaletteColours/notification-border": {
            "title": "$:/language/Docs/PaletteColours/notification-border",
            "text": "Notification border"
        },
        "$:/language/Docs/PaletteColours/page-background": {
            "title": "$:/language/Docs/PaletteColours/page-background",
            "text": "Page background"
        },
        "$:/language/Docs/PaletteColours/pre-background": {
            "title": "$:/language/Docs/PaletteColours/pre-background",
            "text": "Preformatted code background"
        },
        "$:/language/Docs/PaletteColours/pre-border": {
            "title": "$:/language/Docs/PaletteColours/pre-border",
            "text": "Preformatted code border"
        },
        "$:/language/Docs/PaletteColours/primary": {
            "title": "$:/language/Docs/PaletteColours/primary",
            "text": "General primary"
        },
        "$:/language/Docs/PaletteColours/sidebar-button-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
            "text": "Sidebar button foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
            "text": "Sidebar controls foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
            "text": "Sidebar controls foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
            "text": "Sidebar foreground shadow"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground",
            "text": "Sidebar foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
            "text": "Sidebar muted foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
            "text": "Sidebar muted foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
            "text": "Sidebar tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
            "text": "Sidebar tab background"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
            "text": "Sidebar tab border for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
            "text": "Sidebar tab border"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-divider": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
            "text": "Sidebar tab divider"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
            "text": "Sidebar tab foreground for selected tabs"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
            "text": "Sidebar tab foreground"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
            "text": "Sidebar tiddler link foreground hover"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
            "text": "Sidebar tiddler link foreground"
        },
        "$:/language/Docs/PaletteColours/site-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/site-title-foreground",
            "text": "Site title foreground"
        },
        "$:/language/Docs/PaletteColours/static-alert-foreground": {
            "title": "$:/language/Docs/PaletteColours/static-alert-foreground",
            "text": "Static alert foreground"
        },
        "$:/language/Docs/PaletteColours/tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-background-selected",
            "text": "Tab background for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-background": {
            "title": "$:/language/Docs/PaletteColours/tab-background",
            "text": "Tab background"
        },
        "$:/language/Docs/PaletteColours/tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-border-selected",
            "text": "Tab border for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-border": {
            "title": "$:/language/Docs/PaletteColours/tab-border",
            "text": "Tab border"
        },
        "$:/language/Docs/PaletteColours/tab-divider": {
            "title": "$:/language/Docs/PaletteColours/tab-divider",
            "text": "Tab divider"
        },
        "$:/language/Docs/PaletteColours/tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
            "text": "Tab foreground for selected tabs"
        },
        "$:/language/Docs/PaletteColours/tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground",
            "text": "Tab foreground"
        },
        "$:/language/Docs/PaletteColours/table-border": {
            "title": "$:/language/Docs/PaletteColours/table-border",
            "text": "Table border"
        },
        "$:/language/Docs/PaletteColours/table-footer-background": {
            "title": "$:/language/Docs/PaletteColours/table-footer-background",
            "text": "Table footer background"
        },
        "$:/language/Docs/PaletteColours/table-header-background": {
            "title": "$:/language/Docs/PaletteColours/table-header-background",
            "text": "Table header background"
        },
        "$:/language/Docs/PaletteColours/tag-background": {
            "title": "$:/language/Docs/PaletteColours/tag-background",
            "text": "Tag background"
        },
        "$:/language/Docs/PaletteColours/tag-foreground": {
            "title": "$:/language/Docs/PaletteColours/tag-foreground",
            "text": "Tag foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-background",
            "text": "Tiddler background"
        },
        "$:/language/Docs/PaletteColours/tiddler-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-border",
            "text": "Tiddler border"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
            "text": "Tiddler controls foreground hover"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
            "text": "Tiddler controls foreground for selected controls"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
            "text": "Tiddler controls foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
            "text": "Tiddler editor background"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
            "text": "Tiddler editor border image"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
            "text": "Tiddler editor border"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
            "text": "Tiddler editor background for even fields"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
            "text": "Tiddler editor background for odd fields"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-background",
            "text": "Tiddler info panel background"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-border",
            "text": "Tiddler info panel border"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
            "text": "Tiddler info panel tab background"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-background",
            "text": "Tiddler link background"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
            "text": "Tiddler link foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
            "text": "Tiddler subtitle foreground"
        },
        "$:/language/Docs/PaletteColours/tiddler-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
            "text": "Tiddler title foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-new-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-new-button",
            "text": "Toolbar 'new tiddler' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-options-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-options-button",
            "text": "Toolbar 'options' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-save-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-save-button",
            "text": "Toolbar 'save' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-info-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-info-button",
            "text": "Toolbar 'info' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-edit-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
            "text": "Toolbar 'edit' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-close-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-close-button",
            "text": "Toolbar 'close' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-delete-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
            "text": "Toolbar 'delete' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-cancel-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
            "text": "Toolbar 'cancel' button foreground"
        },
        "$:/language/Docs/PaletteColours/toolbar-done-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-done-button",
            "text": "Toolbar 'done' button foreground"
        },
        "$:/language/Docs/PaletteColours/untagged-background": {
            "title": "$:/language/Docs/PaletteColours/untagged-background",
            "text": "Untagged pill background"
        },
        "$:/language/Docs/PaletteColours/very-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/very-muted-foreground",
            "text": "Very muted foreground"
        },
        "$:/language/EditTemplate/Body/External/Hint": {
            "title": "$:/language/EditTemplate/Body/External/Hint",
            "text": "This tiddler shows content stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
        },
        "$:/language/EditTemplate/Body/Placeholder": {
            "title": "$:/language/EditTemplate/Body/Placeholder",
            "text": "Type the text for this tiddler"
        },
        "$:/language/EditTemplate/Body/Preview/Type/Output": {
            "title": "$:/language/EditTemplate/Body/Preview/Type/Output",
            "text": "output"
        },
        "$:/language/EditTemplate/Field/Remove/Caption": {
            "title": "$:/language/EditTemplate/Field/Remove/Caption",
            "text": "remove field"
        },
        "$:/language/EditTemplate/Field/Remove/Hint": {
            "title": "$:/language/EditTemplate/Field/Remove/Hint",
            "text": "Remove field"
        },
        "$:/language/EditTemplate/Fields/Add/Button": {
            "title": "$:/language/EditTemplate/Fields/Add/Button",
            "text": "add"
        },
        "$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
            "text": "field name"
        },
        "$:/language/EditTemplate/Fields/Add/Prompt": {
            "title": "$:/language/EditTemplate/Fields/Add/Prompt",
            "text": "Add a new field:"
        },
        "$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
            "text": "field value"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/System": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
            "text": "System fields"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/User": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
            "text": "User fields"
        },
        "$:/language/EditTemplate/Shadow/Warning": {
            "title": "$:/language/EditTemplate/Shadow/Warning",
            "text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
        },
        "$:/language/EditTemplate/Shadow/OverriddenWarning": {
            "title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
            "text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
        },
        "$:/language/EditTemplate/Tags/Add/Button": {
            "title": "$:/language/EditTemplate/Tags/Add/Button",
            "text": "add"
        },
        "$:/language/EditTemplate/Tags/Add/Placeholder": {
            "title": "$:/language/EditTemplate/Tags/Add/Placeholder",
            "text": "tag name"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
            "text": "tag list"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
            "text": "Show tag list"
        },
        "$:/language/EditTemplate/Title/BadCharacterWarning": {
            "title": "$:/language/EditTemplate/Title/BadCharacterWarning",
            "text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
        },
        "$:/language/EditTemplate/Title/Exists/Prompt": {
            "title": "$:/language/EditTemplate/Title/Exists/Prompt",
            "text": "Target tiddler already exists"
        },
        "$:/language/EditTemplate/Title/Relink/Prompt": {
            "title": "$:/language/EditTemplate/Title/Relink/Prompt",
            "text": "Update ''<$text text=<<fromTitle>>/>'' to ''<$text text=<<toTitle>>/>'' in the //tags// and //list// fields of other tiddlers"
        },
        "$:/language/EditTemplate/Type/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Caption",
            "text": "content type list"
        },
        "$:/language/EditTemplate/Type/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Hint",
            "text": "Show content type list"
        },
        "$:/language/EditTemplate/Type/Delete/Caption": {
            "title": "$:/language/EditTemplate/Type/Delete/Caption",
            "text": "delete content type"
        },
        "$:/language/EditTemplate/Type/Delete/Hint": {
            "title": "$:/language/EditTemplate/Type/Delete/Hint",
            "text": "Delete content type"
        },
        "$:/language/EditTemplate/Type/Placeholder": {
            "title": "$:/language/EditTemplate/Type/Placeholder",
            "text": "content type"
        },
        "$:/language/EditTemplate/Type/Prompt": {
            "title": "$:/language/EditTemplate/Type/Prompt",
            "text": "Type:"
        },
        "$:/language/Exporters/StaticRiver": {
            "title": "$:/language/Exporters/StaticRiver",
            "text": "Static HTML"
        },
        "$:/language/Exporters/JsonFile": {
            "title": "$:/language/Exporters/JsonFile",
            "text": "JSON file"
        },
        "$:/language/Exporters/CsvFile": {
            "title": "$:/language/Exporters/CsvFile",
            "text": "CSV file"
        },
        "$:/language/Exporters/TidFile": {
            "title": "$:/language/Exporters/TidFile",
            "text": "\".tid\" file"
        },
        "$:/language/Docs/Fields/_canonical_uri": {
            "title": "$:/language/Docs/Fields/_canonical_uri",
            "text": "The full URI of an external image tiddler"
        },
        "$:/language/Docs/Fields/bag": {
            "title": "$:/language/Docs/Fields/bag",
            "text": "The name of the bag from which a tiddler came"
        },
        "$:/language/Docs/Fields/caption": {
            "title": "$:/language/Docs/Fields/caption",
            "text": "The text to be displayed on a tab or button"
        },
        "$:/language/Docs/Fields/color": {
            "title": "$:/language/Docs/Fields/color",
            "text": "The CSS color value associated with a tiddler"
        },
        "$:/language/Docs/Fields/component": {
            "title": "$:/language/Docs/Fields/component",
            "text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
        },
        "$:/language/Docs/Fields/current-tiddler": {
            "title": "$:/language/Docs/Fields/current-tiddler",
            "text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
        },
        "$:/language/Docs/Fields/created": {
            "title": "$:/language/Docs/Fields/created",
            "text": "The date a tiddler was created"
        },
        "$:/language/Docs/Fields/creator": {
            "title": "$:/language/Docs/Fields/creator",
            "text": "The name of the person who created a tiddler"
        },
        "$:/language/Docs/Fields/dependents": {
            "title": "$:/language/Docs/Fields/dependents",
            "text": "For a plugin, lists the dependent plugin titles"
        },
        "$:/language/Docs/Fields/description": {
            "title": "$:/language/Docs/Fields/description",
            "text": "The descriptive text for a plugin, or a modal dialogue"
        },
        "$:/language/Docs/Fields/draft.of": {
            "title": "$:/language/Docs/Fields/draft.of",
            "text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
        },
        "$:/language/Docs/Fields/draft.title": {
            "title": "$:/language/Docs/Fields/draft.title",
            "text": "For draft tiddlers, contains the proposed new title of the tiddler"
        },
        "$:/language/Docs/Fields/footer": {
            "title": "$:/language/Docs/Fields/footer",
            "text": "The footer text for a wizard"
        },
        "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
            "title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
            "text": "A temporary storage field used in [[$:/core/templates/static.content]]"
        },
        "$:/language/Docs/Fields/icon": {
            "title": "$:/language/Docs/Fields/icon",
            "text": "The title of the tiddler containing the icon associated with a tiddler"
        },
        "$:/language/Docs/Fields/library": {
            "title": "$:/language/Docs/Fields/library",
            "text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
        },
        "$:/language/Docs/Fields/list": {
            "title": "$:/language/Docs/Fields/list",
            "text": "An ordered list of tiddler titles associated with a tiddler"
        },
        "$:/language/Docs/Fields/list-before": {
            "title": "$:/language/Docs/Fields/list-before",
            "text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
        },
        "$:/language/Docs/Fields/list-after": {
            "title": "$:/language/Docs/Fields/list-after",
            "text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
        },
        "$:/language/Docs/Fields/modified": {
            "title": "$:/language/Docs/Fields/modified",
            "text": "The date and time at which a tiddler was last modified"
        },
        "$:/language/Docs/Fields/modifier": {
            "title": "$:/language/Docs/Fields/modifier",
            "text": "The tiddler title associated with the person who last modified a tiddler"
        },
        "$:/language/Docs/Fields/name": {
            "title": "$:/language/Docs/Fields/name",
            "text": "The human readable name associated with a plugin tiddler"
        },
        "$:/language/Docs/Fields/plugin-priority": {
            "title": "$:/language/Docs/Fields/plugin-priority",
            "text": "A numerical value indicating the priority of a plugin tiddler"
        },
        "$:/language/Docs/Fields/plugin-type": {
            "title": "$:/language/Docs/Fields/plugin-type",
            "text": "The type of plugin in a plugin tiddler"
        },
        "$:/language/Docs/Fields/revision": {
            "title": "$:/language/Docs/Fields/revision",
            "text": "The revision of the tiddler held at the server"
        },
        "$:/language/Docs/Fields/released": {
            "title": "$:/language/Docs/Fields/released",
            "text": "Date of a TiddlyWiki release"
        },
        "$:/language/Docs/Fields/source": {
            "title": "$:/language/Docs/Fields/source",
            "text": "The source URL associated with a tiddler"
        },
        "$:/language/Docs/Fields/subtitle": {
            "title": "$:/language/Docs/Fields/subtitle",
            "text": "The subtitle text for a wizard"
        },
        "$:/language/Docs/Fields/tags": {
            "title": "$:/language/Docs/Fields/tags",
            "text": "A list of tags associated with a tiddler"
        },
        "$:/language/Docs/Fields/text": {
            "title": "$:/language/Docs/Fields/text",
            "text": "The body text of a tiddler"
        },
        "$:/language/Docs/Fields/title": {
            "title": "$:/language/Docs/Fields/title",
            "text": "The unique name of a tiddler"
        },
        "$:/language/Docs/Fields/type": {
            "title": "$:/language/Docs/Fields/type",
            "text": "The content type of a tiddler"
        },
        "$:/language/Docs/Fields/version": {
            "title": "$:/language/Docs/Fields/version",
            "text": "Version information for a plugin"
        },
        "$:/language/Filters/AllTiddlers": {
            "title": "$:/language/Filters/AllTiddlers",
            "text": "All tiddlers except system tiddlers"
        },
        "$:/language/Filters/RecentSystemTiddlers": {
            "title": "$:/language/Filters/RecentSystemTiddlers",
            "text": "Recently modified tiddlers, including system tiddlers"
        },
        "$:/language/Filters/RecentTiddlers": {
            "title": "$:/language/Filters/RecentTiddlers",
            "text": "Recently modified tiddlers"
        },
        "$:/language/Filters/AllTags": {
            "title": "$:/language/Filters/AllTags",
            "text": "All tags except system tags"
        },
        "$:/language/Filters/Missing": {
            "title": "$:/language/Filters/Missing",
            "text": "Missing tiddlers"
        },
        "$:/language/Filters/Drafts": {
            "title": "$:/language/Filters/Drafts",
            "text": "Draft tiddlers"
        },
        "$:/language/Filters/Orphans": {
            "title": "$:/language/Filters/Orphans",
            "text": "Orphan tiddlers"
        },
        "$:/language/Filters/SystemTiddlers": {
            "title": "$:/language/Filters/SystemTiddlers",
            "text": "System tiddlers"
        },
        "$:/language/Filters/ShadowTiddlers": {
            "title": "$:/language/Filters/ShadowTiddlers",
            "text": "Shadow tiddlers"
        },
        "$:/language/Filters/OverriddenShadowTiddlers": {
            "title": "$:/language/Filters/OverriddenShadowTiddlers",
            "text": "Overridden shadow tiddlers"
        },
        "$:/language/Filters/SystemTags": {
            "title": "$:/language/Filters/SystemTags",
            "text": "System tags"
        },
        "$:/language/Filters/StoryList": {
            "title": "$:/language/Filters/StoryList",
            "text": "Tiddlers in the story river, excluding <$text text=\"$:/AdvancedSearch\"/>"
        },
        "$:/language/Filters/TypedTiddlers": {
            "title": "$:/language/Filters/TypedTiddlers",
            "text": "Non wiki-text tiddlers"
        },
        "GettingStarted": {
            "title": "GettingStarted",
            "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See https://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
        },
        "$:/language/Help/build": {
            "title": "$:/language/Help/build",
            "description": "Automatically run configured commands",
            "text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
        },
        "$:/language/Help/clearpassword": {
            "title": "$:/language/Help/clearpassword",
            "description": "Clear a password for subsequent crypto operations",
            "text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
        },
        "$:/language/Help/default": {
            "title": "$:/language/Help/default",
            "text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
        },
        "$:/language/Help/editions": {
            "title": "$:/language/Help/editions",
            "description": "Lists the available editions of TiddlyWiki",
            "text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
        },
        "$:/language/Help/fetch": {
            "title": "$:/language/Help/fetch",
            "description": "Fetch tiddlers from wiki by URL",
            "text": "Fetch one or more files over HTTP/HTTPS, and import the tiddlers matching a filter, optionally transforming the incoming titles.\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n--fetch raw-file <url> <transform-filter>\n--fetch raw-files <url-filter> <transform-filter>\n```\n\nThe \"file\" and \"files\" variants fetch the specified files and attempt to import the tiddlers within them (the same processing as if the files were dragged into the browser window). The \"raw-file\" and \"raw-files\" variants fetch the specified files and then store the raw file data in tiddlers, without applying the import logic.\n\nWith the \"file\" and \"raw-file\" variants only a single file is fetched and the first parameter is the URL of the file to read.\n\nWith the \"files\" and \"raw-files\" variants, multiple files are fetched and the first parameter is a filter yielding a list of URLs of the files to read. For example, given a set of tiddlers tagged \"remote-server\" that have a field \"url\" the filter `[tag[remote-server]get[url]]` will retrieve all the available URLs.\n\nFor the \"file\" and \"files\" variants, the `<import-filter>` parameter specifies a filter determining which tiddlers are imported. It defaults to `[all[tiddlers]]` if not provided.\n\nFor all variants, the `<transform-filter>` parameter specifies an optional filter that transforms the titles of the imported tiddlers. For example, `[addprefix[$:/myimports/]]` would add the prefix `$:/myimports/` to each title.\n\nPreceding the `--fetch` command with `--verbose` will output progress information during the import.\n\nNote that TiddlyWiki will not fetch an older version of an already loaded plugin.\n\nThe following example retrieves all the non-system tiddlers from https://tiddlywiki.com and saves them to a JSON file:\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\nThe following example retrieves the \"favicon\" file from tiddlywiki.com and saves it in a file called \"output.ico\". Note that the intermediate tiddler \"Icon Tiddler\" is quoted in the \"--fetch\" command because it is being used as a transformation filter to replace the default title, while there are no quotes for the \"--savetiddler\" command because it is being used directly as a title.\n\n```\ntiddlywiki --verbose --fetch raw-file \"https://tiddlywiki.com/favicon.ico\" \"[[Icon Tiddler]]\" --savetiddler \"Icon Tiddler\" output.ico\n```\n\n"
        },
        "$:/language/Help/help": {
            "title": "$:/language/Help/help",
            "description": "Display help for TiddlyWiki commands",
            "text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
        },
        "$:/language/Help/import": {
            "title": "$:/language/Help/import",
            "description": "Import tiddlers from a file",
            "text": "Import tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The deserializer must be explicitly specified, unlike the `load` command which infers the deserializer from the file extension.\n\n```\n--import <filepath> <deserializer> [<title>] [<encoding>]\n```\n\nThe deserializers in the core include:\n\n* application/javascript\n* application/json\n* application/x-tiddler\n* application/x-tiddler-html-div\n* application/x-tiddlers\n* text/html\n* text/plain\n\nThe title of the imported tiddler defaults to the filename.\n\nThe encoding defaults to \"utf8\", but can be \"base64\" for importing binary files.\n\nNote that TiddlyWiki will not import an older version of an already loaded plugin.\n"
        },
        "$:/language/Help/init": {
            "title": "$:/language/Help/init",
            "description": "Initialise a new wiki folder",
            "text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
        },
        "$:/language/Help/load": {
            "title": "$:/language/Help/load",
            "description": "Load tiddlers from a file",
            "text": "Load tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The processing applied to incoming files is determined by the file extension. Use the alternative `import` command if you need to specify the deserializer and encoding explicitly.\n\n```\n--load <filepath>\n--load <dirpath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
        },
        "$:/language/Help/makelibrary": {
            "title": "$:/language/Help/makelibrary",
            "description": "Construct library plugin required by upgrade process",
            "text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
        },
        "$:/language/Help/notfound": {
            "title": "$:/language/Help/notfound",
            "text": "No such help item"
        },
        "$:/language/Help/output": {
            "title": "$:/language/Help/output",
            "description": "Set the base output directory for subsequent commands",
            "text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
        },
        "$:/language/Help/password": {
            "title": "$:/language/Help/password",
            "description": "Set a password for subsequent crypto operations",
            "text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
        },
        "$:/language/Help/render": {
            "title": "$:/language/Help/render",
            "description": "Renders individual tiddlers to files",
            "text": "Render individual tiddlers identified by a filter and save the results to the specified files.\n\nOptionally, the title of a template tiddler can be specified. In this case, instead of directly rendering each tiddler, the template tiddler is rendered with the \"currentTiddler\" variable set to the title of the tiddler that is being rendered.\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--render <tiddler-filter> [<filename-filter>] [<render-type>] [<template>] [<name>] [<value>]\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be rendered\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]addsuffix[.html]]`, which uses the unchanged tiddler title as the filename\n* ''template'': Optional template through which each tiddler is rendered\n* ''render-type'': Optional render type: `text/html` (the default) returns the full HTML text and `text/plain` just returns the text content (ie it ignores HTML tags and other unprintable material)\n* ''name'': Name of optional variable\n* ''value'': Value of optional variable\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When referring to a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--render \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being rendered, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--render` command is a more flexible replacement for both the `--rendertiddler` and `--rendertiddlers` commands, which are deprecated\n\nExamples:\n\n* `--render \"[!is[system]]\" \"[encodeuricomponent[]addprefix[tiddlers/]addsuffix[.html]]\"` -- renders all non-system tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles and the extension HTML\n\n"
        },
        "$:/language/Help/rendertiddler": {
            "title": "$:/language/Help/rendertiddler",
            "description": "Render an individual tiddler as a specified ContentType",
            "text": "(Note: The `--rendertiddler` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename.\n\nOptionally the title of a template tiddler can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>] [<name>] [<value>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n\nFor example, the following command saves all tiddlers matching the filter `[tag[done]]` to a JSON file titled `output.json` by employing the core template `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
        },
        "$:/language/Help/rendertiddlers": {
            "title": "$:/language/Help/rendertiddlers",
            "description": "Render tiddlers matching a filter to a specified ContentType",
            "text": "(Note: The `--rendertiddlers` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
        },
        "$:/language/Help/save": {
            "title": "$:/language/Help/save",
            "description": "Saves individual raw tiddlers to files",
            "text": "Saves individual tiddlers identified by a filter in their raw text or binary format to the specified files.\n\n```\n--save <tiddler-filter> <filename-filter>\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be saved\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]]`, which uses the unchanged tiddler title as the filename\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When saving a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--save \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being saved, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--save` command is a more flexible replacement for both the `--savetiddler` and `--savetiddlers` commands, which are deprecated\n\nExamples:\n\n* `--save \"[!is[system]is[image]]\" \"[encodeuricomponent[]addprefix[tiddlers/]]\"` -- saves all non-system image tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles\n"
        },
        "$:/language/Help/savetiddler": {
            "title": "$:/language/Help/savetiddler",
            "description": "Saves a raw tiddler to a file",
            "text": "(Note: The `--savetiddler` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
        },
        "$:/language/Help/savetiddlers": {
            "title": "$:/language/Help/savetiddlers",
            "description": "Saves a group of raw tiddlers to a directory",
            "text": "(Note: The `--savetiddlers` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
        },
        "$:/language/Help/server": {
            "title": "$:/language/Help/server",
            "description": "Provides an HTTP server interface to TiddlyWiki",
            "text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
        },
        "$:/language/Help/setfield": {
            "title": "$:/language/Help/setfield",
            "description": "Prepares external tiddlers for use",
            "text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
        },
        "$:/language/Help/unpackplugin": {
            "title": "$:/language/Help/unpackplugin",
            "description": "Unpack the payload tiddlers from a plugin",
            "text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
        },
        "$:/language/Help/verbose": {
            "title": "$:/language/Help/verbose",
            "description": "Triggers verbose output mode",
            "text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
        },
        "$:/language/Help/version": {
            "title": "$:/language/Help/version",
            "description": "Displays the version number of TiddlyWiki",
            "text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
        },
        "$:/language/Import/Imported/Hint": {
            "title": "$:/language/Import/Imported/Hint",
            "text": "The following tiddlers were imported:"
        },
        "$:/language/Import/Listing/Cancel/Caption": {
            "title": "$:/language/Import/Listing/Cancel/Caption",
            "text": "Cancel"
        },
        "$:/language/Import/Listing/Hint": {
            "title": "$:/language/Import/Listing/Hint",
            "text": "These tiddlers are ready to import:"
        },
        "$:/language/Import/Listing/Import/Caption": {
            "title": "$:/language/Import/Listing/Import/Caption",
            "text": "Import"
        },
        "$:/language/Import/Listing/Select/Caption": {
            "title": "$:/language/Import/Listing/Select/Caption",
            "text": "Select"
        },
        "$:/language/Import/Listing/Status/Caption": {
            "title": "$:/language/Import/Listing/Status/Caption",
            "text": "Status"
        },
        "$:/language/Import/Listing/Title/Caption": {
            "title": "$:/language/Import/Listing/Title/Caption",
            "text": "Title"
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
            "text": "Blocked incompatible or obsolete plugin"
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
            "text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
        },
        "$:/language/Import/Upgrader/Plugins/Upgraded": {
            "title": "$:/language/Import/Upgrader/Plugins/Upgraded",
            "text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
        },
        "$:/language/Import/Upgrader/State/Suppressed": {
            "title": "$:/language/Import/Upgrader/State/Suppressed",
            "text": "Blocked temporary state tiddler"
        },
        "$:/language/Import/Upgrader/System/Suppressed": {
            "title": "$:/language/Import/Upgrader/System/Suppressed",
            "text": "Blocked system tiddler"
        },
        "$:/language/Import/Upgrader/ThemeTweaks/Created": {
            "title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
            "text": "Migrated theme tweak from <$text text=<<from>>/>"
        },
        "$:/language/AboveStory/ClassicPlugin/Warning": {
            "title": "$:/language/AboveStory/ClassicPlugin/Warning",
            "text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|https://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
        },
        "$:/language/BinaryWarning/Prompt": {
            "title": "$:/language/BinaryWarning/Prompt",
            "text": "This tiddler contains binary data"
        },
        "$:/language/ClassicWarning/Hint": {
            "title": "$:/language/ClassicWarning/Hint",
            "text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See https://tiddlywiki.com/static/Upgrading.html for more details."
        },
        "$:/language/ClassicWarning/Upgrade/Caption": {
            "title": "$:/language/ClassicWarning/Upgrade/Caption",
            "text": "upgrade"
        },
        "$:/language/CloseAll/Button": {
            "title": "$:/language/CloseAll/Button",
            "text": "close all"
        },
        "$:/language/ColourPicker/Recent": {
            "title": "$:/language/ColourPicker/Recent",
            "text": "Recent:"
        },
        "$:/language/ConfirmCancelTiddler": {
            "title": "$:/language/ConfirmCancelTiddler",
            "text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmDeleteTiddler": {
            "title": "$:/language/ConfirmDeleteTiddler",
            "text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmOverwriteTiddler": {
            "title": "$:/language/ConfirmOverwriteTiddler",
            "text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
        },
        "$:/language/ConfirmEditShadowTiddler": {
            "title": "$:/language/ConfirmEditShadowTiddler",
            "text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
        },
        "$:/language/Count": {
            "title": "$:/language/Count",
            "text": "count"
        },
        "$:/language/DefaultNewTiddlerTitle": {
            "title": "$:/language/DefaultNewTiddlerTitle",
            "text": "New Tiddler"
        },
        "$:/language/DropMessage": {
            "title": "$:/language/DropMessage",
            "text": "Drop here (or use the 'Escape' key to cancel)"
        },
        "$:/language/Encryption/Cancel": {
            "title": "$:/language/Encryption/Cancel",
            "text": "Cancel"
        },
        "$:/language/Encryption/ConfirmClearPassword": {
            "title": "$:/language/Encryption/ConfirmClearPassword",
            "text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
        },
        "$:/language/Encryption/PromptSetPassword": {
            "title": "$:/language/Encryption/PromptSetPassword",
            "text": "Set a new password for this TiddlyWiki"
        },
        "$:/language/Encryption/Username": {
            "title": "$:/language/Encryption/Username",
            "text": "Username"
        },
        "$:/language/Encryption/Password": {
            "title": "$:/language/Encryption/Password",
            "text": "Password"
        },
        "$:/language/Encryption/RepeatPassword": {
            "title": "$:/language/Encryption/RepeatPassword",
            "text": "Repeat password"
        },
        "$:/language/Encryption/PasswordNoMatch": {
            "title": "$:/language/Encryption/PasswordNoMatch",
            "text": "Passwords do not match"
        },
        "$:/language/Encryption/SetPassword": {
            "title": "$:/language/Encryption/SetPassword",
            "text": "Set password"
        },
        "$:/language/Error/Caption": {
            "title": "$:/language/Error/Caption",
            "text": "Error"
        },
        "$:/language/Error/EditConflict": {
            "title": "$:/language/Error/EditConflict",
            "text": "File changed on server"
        },
        "$:/language/Error/Filter": {
            "title": "$:/language/Error/Filter",
            "text": "Filter error"
        },
        "$:/language/Error/FilterSyntax": {
            "title": "$:/language/Error/FilterSyntax",
            "text": "Syntax error in filter expression"
        },
        "$:/language/Error/IsFilterOperator": {
            "title": "$:/language/Error/IsFilterOperator",
            "text": "Filter Error: Unknown operand for the 'is' filter operator"
        },
        "$:/language/Error/LoadingPluginLibrary": {
            "title": "$:/language/Error/LoadingPluginLibrary",
            "text": "Error loading plugin library"
        },
        "$:/language/Error/RecursiveTransclusion": {
            "title": "$:/language/Error/RecursiveTransclusion",
            "text": "Recursive transclusion error in transclude widget"
        },
        "$:/language/Error/RetrievingSkinny": {
            "title": "$:/language/Error/RetrievingSkinny",
            "text": "Error retrieving skinny tiddler list"
        },
        "$:/language/Error/SavingToTWEdit": {
            "title": "$:/language/Error/SavingToTWEdit",
            "text": "Error saving to TWEdit"
        },
        "$:/language/Error/WhileSaving": {
            "title": "$:/language/Error/WhileSaving",
            "text": "Error while saving"
        },
        "$:/language/Error/XMLHttpRequest": {
            "title": "$:/language/Error/XMLHttpRequest",
            "text": "XMLHttpRequest error code"
        },
        "$:/language/InternalJavaScriptError/Title": {
            "title": "$:/language/InternalJavaScriptError/Title",
            "text": "Internal JavaScript Error"
        },
        "$:/language/InternalJavaScriptError/Hint": {
            "title": "$:/language/InternalJavaScriptError/Hint",
            "text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
        },
        "$:/language/InvalidFieldName": {
            "title": "$:/language/InvalidFieldName",
            "text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
        },
        "$:/language/LazyLoadingWarning": {
            "title": "$:/language/LazyLoadingWarning",
            "text": "<p>Trying to load external content from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear, either the tiddler content type doesn't match the type of the external content, or you may be using a browser that doesn't support external content for wikis loaded as standalone files. See https://tiddlywiki.com/#ExternalText</p>"
        },
        "$:/language/LoginToTiddlySpace": {
            "title": "$:/language/LoginToTiddlySpace",
            "text": "Login to TiddlySpace"
        },
        "$:/language/Manager/Controls/FilterByTag/None": {
            "title": "$:/language/Manager/Controls/FilterByTag/None",
            "text": "(none)"
        },
        "$:/language/Manager/Controls/FilterByTag/Prompt": {
            "title": "$:/language/Manager/Controls/FilterByTag/Prompt",
            "text": "Filter by tag:"
        },
        "$:/language/Manager/Controls/Order/Prompt": {
            "title": "$:/language/Manager/Controls/Order/Prompt",
            "text": "Reverse order"
        },
        "$:/language/Manager/Controls/Search/Placeholder": {
            "title": "$:/language/Manager/Controls/Search/Placeholder",
            "text": "Search"
        },
        "$:/language/Manager/Controls/Search/Prompt": {
            "title": "$:/language/Manager/Controls/Search/Prompt",
            "text": "Search:"
        },
        "$:/language/Manager/Controls/Show/Option/Tags": {
            "title": "$:/language/Manager/Controls/Show/Option/Tags",
            "text": "tags"
        },
        "$:/language/Manager/Controls/Show/Option/Tiddlers": {
            "title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
            "text": "tiddlers"
        },
        "$:/language/Manager/Controls/Show/Prompt": {
            "title": "$:/language/Manager/Controls/Show/Prompt",
            "text": "Show:"
        },
        "$:/language/Manager/Controls/Sort/Prompt": {
            "title": "$:/language/Manager/Controls/Sort/Prompt",
            "text": "Sort by:"
        },
        "$:/language/Manager/Item/Colour": {
            "title": "$:/language/Manager/Item/Colour",
            "text": "Colour"
        },
        "$:/language/Manager/Item/Fields": {
            "title": "$:/language/Manager/Item/Fields",
            "text": "Fields"
        },
        "$:/language/Manager/Item/Icon/None": {
            "title": "$:/language/Manager/Item/Icon/None",
            "text": "(none)"
        },
        "$:/language/Manager/Item/Icon": {
            "title": "$:/language/Manager/Item/Icon",
            "text": "Icon"
        },
        "$:/language/Manager/Item/RawText": {
            "title": "$:/language/Manager/Item/RawText",
            "text": "Raw text"
        },
        "$:/language/Manager/Item/Tags": {
            "title": "$:/language/Manager/Item/Tags",
            "text": "Tags"
        },
        "$:/language/Manager/Item/Tools": {
            "title": "$:/language/Manager/Item/Tools",
            "text": "Tools"
        },
        "$:/language/Manager/Item/WikifiedText": {
            "title": "$:/language/Manager/Item/WikifiedText",
            "text": "Wikified text"
        },
        "$:/language/MissingTiddler/Hint": {
            "title": "$:/language/MissingTiddler/Hint",
            "text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" -- click {{||$:/core/ui/Buttons/edit}} to create"
        },
        "$:/language/No": {
            "title": "$:/language/No",
            "text": "No"
        },
        "$:/language/OfficialPluginLibrary": {
            "title": "$:/language/OfficialPluginLibrary",
            "text": "Official ~TiddlyWiki Plugin Library"
        },
        "$:/language/OfficialPluginLibrary/Hint": {
            "title": "$:/language/OfficialPluginLibrary/Hint",
            "text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
        },
        "$:/language/PluginReloadWarning": {
            "title": "$:/language/PluginReloadWarning",
            "text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
        },
        "$:/language/RecentChanges/DateFormat": {
            "title": "$:/language/RecentChanges/DateFormat",
            "text": "DDth MMM YYYY"
        },
        "$:/language/SystemTiddler/Tooltip": {
            "title": "$:/language/SystemTiddler/Tooltip",
            "text": "This is a system tiddler"
        },
        "$:/language/SystemTiddlers/Include/Prompt": {
            "title": "$:/language/SystemTiddlers/Include/Prompt",
            "text": "Include system tiddlers"
        },
        "$:/language/TagManager/Colour/Heading": {
            "title": "$:/language/TagManager/Colour/Heading",
            "text": "Colour"
        },
        "$:/language/TagManager/Count/Heading": {
            "title": "$:/language/TagManager/Count/Heading",
            "text": "Count"
        },
        "$:/language/TagManager/Icon/Heading": {
            "title": "$:/language/TagManager/Icon/Heading",
            "text": "Icon"
        },
        "$:/language/TagManager/Info/Heading": {
            "title": "$:/language/TagManager/Info/Heading",
            "text": "Info"
        },
        "$:/language/TagManager/Tag/Heading": {
            "title": "$:/language/TagManager/Tag/Heading",
            "text": "Tag"
        },
        "$:/language/Tiddler/DateFormat": {
            "title": "$:/language/Tiddler/DateFormat",
            "text": "DDth MMM YYYY at hh12:0mmam"
        },
        "$:/language/UnsavedChangesWarning": {
            "title": "$:/language/UnsavedChangesWarning",
            "text": "You have unsaved changes in TiddlyWiki"
        },
        "$:/language/Yes": {
            "title": "$:/language/Yes",
            "text": "Yes"
        },
        "$:/language/Modals/Download": {
            "title": "$:/language/Modals/Download",
            "subtitle": "Download changes",
            "footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
            "help": "https://tiddlywiki.com/static/DownloadingChanges.html",
            "text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
        },
        "$:/language/Modals/SaveInstructions": {
            "title": "$:/language/Modals/SaveInstructions",
            "subtitle": "Save your work",
            "footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
            "help": "https://tiddlywiki.com/static/SavingChanges.html",
            "text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
        },
        "$:/config/NewJournal/Title": {
            "title": "$:/config/NewJournal/Title",
            "text": "DDth MMM YYYY"
        },
        "$:/config/NewJournal/Text": {
            "title": "$:/config/NewJournal/Text",
            "text": ""
        },
        "$:/config/NewJournal/Tags": {
            "title": "$:/config/NewJournal/Tags",
            "text": "Journal"
        },
        "$:/language/Notifications/Save/Done": {
            "title": "$:/language/Notifications/Save/Done",
            "text": "Saved wiki"
        },
        "$:/language/Notifications/Save/Starting": {
            "title": "$:/language/Notifications/Save/Starting",
            "text": "Starting to save wiki"
        },
        "$:/language/Search/DefaultResults/Caption": {
            "title": "$:/language/Search/DefaultResults/Caption",
            "text": "List"
        },
        "$:/language/Search/Filter/Caption": {
            "title": "$:/language/Search/Filter/Caption",
            "text": "Filter"
        },
        "$:/language/Search/Filter/Hint": {
            "title": "$:/language/Search/Filter/Hint",
            "text": "Search via a [[filter expression|https://tiddlywiki.com/static/Filters.html]]"
        },
        "$:/language/Search/Filter/Matches": {
            "title": "$:/language/Search/Filter/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Matches": {
            "title": "$:/language/Search/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Matches/All": {
            "title": "$:/language/Search/Matches/All",
            "text": "All matches:"
        },
        "$:/language/Search/Matches/Title": {
            "title": "$:/language/Search/Matches/Title",
            "text": "Title matches:"
        },
        "$:/language/Search/Search": {
            "title": "$:/language/Search/Search",
            "text": "Search"
        },
        "$:/language/Search/Search/TooShort": {
            "title": "$:/language/Search/Search/TooShort",
            "text": "Search text too short"
        },
        "$:/language/Search/Shadows/Caption": {
            "title": "$:/language/Search/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/Search/Shadows/Hint": {
            "title": "$:/language/Search/Shadows/Hint",
            "text": "Search for shadow tiddlers"
        },
        "$:/language/Search/Shadows/Matches": {
            "title": "$:/language/Search/Shadows/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/Standard/Caption": {
            "title": "$:/language/Search/Standard/Caption",
            "text": "Standard"
        },
        "$:/language/Search/Standard/Hint": {
            "title": "$:/language/Search/Standard/Hint",
            "text": "Search for standard tiddlers"
        },
        "$:/language/Search/Standard/Matches": {
            "title": "$:/language/Search/Standard/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/Search/System/Caption": {
            "title": "$:/language/Search/System/Caption",
            "text": "System"
        },
        "$:/language/Search/System/Hint": {
            "title": "$:/language/Search/System/Hint",
            "text": "Search for system tiddlers"
        },
        "$:/language/Search/System/Matches": {
            "title": "$:/language/Search/System/Matches",
            "text": "//<small><<resultCount>> matches</small>//"
        },
        "$:/language/SideBar/All/Caption": {
            "title": "$:/language/SideBar/All/Caption",
            "text": "All"
        },
        "$:/language/SideBar/Contents/Caption": {
            "title": "$:/language/SideBar/Contents/Caption",
            "text": "Contents"
        },
        "$:/language/SideBar/Drafts/Caption": {
            "title": "$:/language/SideBar/Drafts/Caption",
            "text": "Drafts"
        },
        "$:/language/SideBar/Explorer/Caption": {
            "title": "$:/language/SideBar/Explorer/Caption",
            "text": "Explorer"
        },
        "$:/language/SideBar/Missing/Caption": {
            "title": "$:/language/SideBar/Missing/Caption",
            "text": "Missing"
        },
        "$:/language/SideBar/More/Caption": {
            "title": "$:/language/SideBar/More/Caption",
            "text": "More"
        },
        "$:/language/SideBar/Open/Caption": {
            "title": "$:/language/SideBar/Open/Caption",
            "text": "Open"
        },
        "$:/language/SideBar/Orphans/Caption": {
            "title": "$:/language/SideBar/Orphans/Caption",
            "text": "Orphans"
        },
        "$:/language/SideBar/Recent/Caption": {
            "title": "$:/language/SideBar/Recent/Caption",
            "text": "Recent"
        },
        "$:/language/SideBar/Shadows/Caption": {
            "title": "$:/language/SideBar/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/SideBar/System/Caption": {
            "title": "$:/language/SideBar/System/Caption",
            "text": "System"
        },
        "$:/language/SideBar/Tags/Caption": {
            "title": "$:/language/SideBar/Tags/Caption",
            "text": "Tags"
        },
        "$:/language/SideBar/Tags/Untagged/Caption": {
            "title": "$:/language/SideBar/Tags/Untagged/Caption",
            "text": "untagged"
        },
        "$:/language/SideBar/Tools/Caption": {
            "title": "$:/language/SideBar/Tools/Caption",
            "text": "Tools"
        },
        "$:/language/SideBar/Types/Caption": {
            "title": "$:/language/SideBar/Types/Caption",
            "text": "Types"
        },
        "$:/SiteSubtitle": {
            "title": "$:/SiteSubtitle",
            "text": "a non-linear personal web notebook"
        },
        "$:/SiteTitle": {
            "title": "$:/SiteTitle",
            "text": "My ~TiddlyWiki"
        },
        "$:/language/Snippets/ListByTag": {
            "title": "$:/language/Snippets/ListByTag",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "List of tiddlers by tag",
            "text": "<<list-links \"[tag[task]sort[title]]\">>\n"
        },
        "$:/language/Snippets/MacroDefinition": {
            "title": "$:/language/Snippets/MacroDefinition",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Macro definition",
            "text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
        },
        "$:/language/Snippets/Table4x3": {
            "title": "$:/language/Snippets/Table4x3",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Table with 4 columns by 3 rows",
            "text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
        },
        "$:/language/Snippets/TableOfContents": {
            "title": "$:/language/Snippets/TableOfContents",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Table of Contents",
            "text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
        },
        "$:/language/ThemeTweaks/ThemeTweaks": {
            "title": "$:/language/ThemeTweaks/ThemeTweaks",
            "text": "Theme Tweaks"
        },
        "$:/language/ThemeTweaks/ThemeTweaks/Hint": {
            "title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
            "text": "You can tweak certain aspects of the ''Vanilla'' theme."
        },
        "$:/language/ThemeTweaks/Options": {
            "title": "$:/language/ThemeTweaks/Options",
            "text": "Options"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout",
            "text": "Sidebar layout"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
            "text": "Fixed story, fluid sidebar"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
            "text": "Fluid story, fixed sidebar"
        },
        "$:/language/ThemeTweaks/Options/StickyTitles": {
            "title": "$:/language/ThemeTweaks/Options/StickyTitles",
            "text": "Sticky titles"
        },
        "$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
            "title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
            "text": "Causes tiddler titles to \"stick\" to the top of the browser window. Caution: Does not work at all with Chrome, and causes some layout issues in Firefox"
        },
        "$:/language/ThemeTweaks/Options/CodeWrapping": {
            "title": "$:/language/ThemeTweaks/Options/CodeWrapping",
            "text": "Wrap long lines in code blocks"
        },
        "$:/language/ThemeTweaks/Settings": {
            "title": "$:/language/ThemeTweaks/Settings",
            "text": "Settings"
        },
        "$:/language/ThemeTweaks/Settings/FontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/FontFamily",
            "text": "Font family"
        },
        "$:/language/ThemeTweaks/Settings/CodeFontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
            "text": "Code font family"
        },
        "$:/language/ThemeTweaks/Settings/EditorFontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/EditorFontFamily",
            "text": "Editor font family"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImage": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
            "text": "Page background image"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
            "text": "Page background image attachment"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
            "text": "Scroll with tiddlers"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
            "text": "Fixed to window"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
            "text": "Page background image size"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
            "text": "Auto"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
            "text": "Cover"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
            "text": "Contain"
        },
        "$:/language/ThemeTweaks/Metrics": {
            "title": "$:/language/ThemeTweaks/Metrics",
            "text": "Sizes"
        },
        "$:/language/ThemeTweaks/Metrics/FontSize": {
            "title": "$:/language/ThemeTweaks/Metrics/FontSize",
            "text": "Font size"
        },
        "$:/language/ThemeTweaks/Metrics/LineHeight": {
            "title": "$:/language/ThemeTweaks/Metrics/LineHeight",
            "text": "Line height"
        },
        "$:/language/ThemeTweaks/Metrics/BodyFontSize": {
            "title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
            "text": "Font size for tiddler body"
        },
        "$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
            "title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
            "text": "Line height for tiddler body"
        },
        "$:/language/ThemeTweaks/Metrics/StoryLeft": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
            "text": "Story left position"
        },
        "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
            "text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryTop": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryTop",
            "text": "Story top position"
        },
        "$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
            "text": "how far the top margin of the story river<br>is from the top of the page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryRight": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryRight",
            "text": "Story right"
        },
        "$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
            "text": "how far the left margin of the sidebar <br>is from the left of the page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
            "text": "Story width"
        },
        "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
            "text": "the overall width of the story river"
        },
        "$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
            "text": "Tiddler width"
        },
        "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
            "text": "within the story river"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
            "text": "Sidebar breakpoint"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
            "text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
            "text": "Sidebar width"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
            "text": "the width of the sidebar in fluid-fixed layout"
        },
        "$:/language/TiddlerInfo/Advanced/Caption": {
            "title": "$:/language/TiddlerInfo/Advanced/Caption",
            "text": "Advanced"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
            "text": "none"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
            "text": "Plugin Details"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
            "text": "This plugin contains the following shadow tiddlers:"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
            "text": "Shadow Status"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
            "text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
            "text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
            "text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
            "text": "It is overridden by an ordinary tiddler"
        },
        "$:/language/TiddlerInfo/Fields/Caption": {
            "title": "$:/language/TiddlerInfo/Fields/Caption",
            "text": "Fields"
        },
        "$:/language/TiddlerInfo/List/Caption": {
            "title": "$:/language/TiddlerInfo/List/Caption",
            "text": "List"
        },
        "$:/language/TiddlerInfo/List/Empty": {
            "title": "$:/language/TiddlerInfo/List/Empty",
            "text": "This tiddler does not have a list"
        },
        "$:/language/TiddlerInfo/Listed/Caption": {
            "title": "$:/language/TiddlerInfo/Listed/Caption",
            "text": "Listed"
        },
        "$:/language/TiddlerInfo/Listed/Empty": {
            "title": "$:/language/TiddlerInfo/Listed/Empty",
            "text": "This tiddler is not listed by any others"
        },
        "$:/language/TiddlerInfo/References/Caption": {
            "title": "$:/language/TiddlerInfo/References/Caption",
            "text": "References"
        },
        "$:/language/TiddlerInfo/References/Empty": {
            "title": "$:/language/TiddlerInfo/References/Empty",
            "text": "No tiddlers link to this one"
        },
        "$:/language/TiddlerInfo/Tagging/Caption": {
            "title": "$:/language/TiddlerInfo/Tagging/Caption",
            "text": "Tagging"
        },
        "$:/language/TiddlerInfo/Tagging/Empty": {
            "title": "$:/language/TiddlerInfo/Tagging/Empty",
            "text": "No tiddlers are tagged with this one"
        },
        "$:/language/TiddlerInfo/Tools/Caption": {
            "title": "$:/language/TiddlerInfo/Tools/Caption",
            "text": "Tools"
        },
        "$:/language/Docs/Types/application/javascript": {
            "title": "$:/language/Docs/Types/application/javascript",
            "description": "JavaScript code",
            "name": "application/javascript",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/application/json": {
            "title": "$:/language/Docs/Types/application/json",
            "description": "JSON data",
            "name": "application/json",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/application/x-tiddler-dictionary": {
            "title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
            "description": "Data dictionary",
            "name": "application/x-tiddler-dictionary",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/image/gif": {
            "title": "$:/language/Docs/Types/image/gif",
            "description": "GIF image",
            "name": "image/gif",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/jpeg": {
            "title": "$:/language/Docs/Types/image/jpeg",
            "description": "JPEG image",
            "name": "image/jpeg",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/png": {
            "title": "$:/language/Docs/Types/image/png",
            "description": "PNG image",
            "name": "image/png",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/svg+xml": {
            "title": "$:/language/Docs/Types/image/svg+xml",
            "description": "Structured Vector Graphics image",
            "name": "image/svg+xml",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/x-icon": {
            "title": "$:/language/Docs/Types/image/x-icon",
            "description": "ICO format icon file",
            "name": "image/x-icon",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/text/css": {
            "title": "$:/language/Docs/Types/text/css",
            "description": "Static stylesheet",
            "name": "text/css",
            "group": "Developer",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/text/html": {
            "title": "$:/language/Docs/Types/text/html",
            "description": "HTML markup",
            "name": "text/html",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/plain": {
            "title": "$:/language/Docs/Types/text/plain",
            "description": "Plain text",
            "name": "text/plain",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/vnd.tiddlywiki": {
            "title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
            "description": "TiddlyWiki 5",
            "name": "text/vnd.tiddlywiki",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/x-tiddlywiki": {
            "title": "$:/language/Docs/Types/text/x-tiddlywiki",
            "description": "TiddlyWiki Classic",
            "name": "text/x-tiddlywiki",
            "group": "Text",
            "group-sort": "0"
        },
        "$:/languages/en-GB/icon": {
            "title": "$:/languages/en-GB/icon",
            "type": "image/svg+xml",
            "text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
        },
        "$:/languages/en-GB": {
            "title": "$:/languages/en-GB",
            "name": "en-GB",
            "description": "English (British)",
            "author": "JeremyRuston",
            "core-version": ">=5.0.0\"",
            "text": "Stub pseudo-plugin for the default language"
        },
        "$:/core/modules/commander.js": {
            "title": "$:/core/modules/commander.js",
            "text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nLog a string if verbose flag is set\n*/\nCommander.prototype.log = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str + \"\\n\");\n\t}\n};\n\n/*\nWrite a string if verbose flag is set\n*/\nCommander.prototype.write = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str);\n\t}\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/commands/build.js": {
            "title": "$:/core/modules/commands/build.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/clearpassword.js": {
            "title": "$:/core/modules/commands/clearpassword.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/editions.js": {
            "title": "$:/core/modules/commands/editions.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\"    \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/fetch.js": {
            "title": "$:/core/modules/commands/fetch.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/fetch.js\ntype: application/javascript\nmodule-type: command\n\nCommands to fetch external tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"fetch\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing subcommand and url\";\n\t}\n\tswitch(this.params[0]) {\n\t\tcase \"raw-file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turl: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turl: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"raw-files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t}\n\treturn null;\n};\n\nCommand.prototype.fetchFiles = function(options) {\n\tvar self = this;\n\t// Get the list of URLs\n\tvar urls;\n\tif(options.url) {\n\t\turls = [options.url]\n\t} else if(options.urlFilter) {\n\t\turls = $tw.wiki.filterTiddlers(options.urlFilter);\n\t} else {\n\t\treturn \"Missing URL\";\n\t}\n\t// Process each URL in turn\n\tvar next = 0;\n\tvar getNextFile = function(err) {\n\t\tif(err) {\n\t\t\treturn options.callback(err);\n\t\t}\n\t\tif(next < urls.length) {\n\t\t\tself.fetchFile(urls[next++],options,getNextFile);\n\t\t} else {\n\t\t\toptions.callback(null);\n\t\t}\n\t};\n\tgetNextFile(null);\n\t// Success\n\treturn null;\n};\n\nCommand.prototype.fetchFile = function(url,options,callback,redirectCount) {\n\tif(redirectCount > 10) {\n\t\treturn callback(\"Error too many redirects retrieving \" + url);\n\t}\n\tvar self = this,\n\t\tlib = url.substr(0,8) === \"https://\" ? require(\"https\") : require(\"http\");\n\tlib.get(url).on(\"response\",function(response) {\n\t    var type = (response.headers[\"content-type\"] || \"\").split(\";\")[0],\n\t    \tdata = [];\n\t    self.commander.write(\"Reading \" + url + \": \");\n\t    response.on(\"data\",function(chunk) {\n\t        data.push(chunk);\n\t        self.commander.write(\".\");\n\t    });\n\t    response.on(\"end\",function() {\n\t        self.commander.write(\"\\n\");\n\t        if(response.statusCode === 200) {\n\t\t        self.processBody(Buffer.concat(data),type,options,url);\n\t\t        callback(null);\n\t        } else {\n\t        \tif(response.statusCode === 302 || response.statusCode === 303 || response.statusCode === 307) {\n\t        \t\treturn self.fetchFile(response.headers.location,options,callback,redirectCount + 1);\n\t        \t} else {\n\t\t        \treturn callback(\"Error \" + response.statusCode + \" retrieving \" + url)\t        \t\t\n\t        \t}\n\t        }\n\t   \t});\n\t   \tresponse.on(\"error\",function(e) {\n\t\t\tconsole.log(\"Error on GET request: \" + e);\n\t\t\tcallback(e);\n\t   \t});\n\t});\n\treturn null;\n};\n\nCommand.prototype.processBody = function(body,type,options,url) {\n\tvar self = this;\n\t// Collect the tiddlers in a wiki\n\tvar incomingWiki = new $tw.Wiki();\n\tif(options.raw) {\n\t\tvar typeInfo = type ? $tw.config.contentTypeInfo[type] : null,\n\t\t\tencoding = typeInfo ? typeInfo.encoding : \"utf8\";\n\t\tincomingWiki.addTiddler(new $tw.Tiddler({\n\t\t\ttitle: url,\n\t\t\ttype: type,\n\t\t\ttext: body.toString(encoding)\n\t\t}));\n\t} else {\n\t\t// Deserialise the file to extract the tiddlers\n\t\tvar tiddlers = this.commander.wiki.deserializeTiddlers(type || \"text/html\",body.toString(\"utf8\"),{});\n\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\tincomingWiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t});\n\t}\n\t// Filter the tiddlers to select the ones we want\n\tvar filteredTitles = incomingWiki.filterTiddlers(options.importFilter || \"[all[tiddlers]]\");\n\t// Import the selected tiddlers\n\tvar count = 0;\n\tincomingWiki.each(function(tiddler,title) {\n\t\tif(filteredTitles.indexOf(title) !== -1) {\n\t\t\tvar newTiddler;\n\t\t\tif(options.transformFilter) {\n\t\t\t\tvar transformedTitle = (incomingWiki.filterTiddlers(options.transformFilter,null,self.commander.wiki.makeTiddlerIterator([title])) || [\"\"])[0];\n\t\t\t\tif(transformedTitle) {\n\t\t\t\t\tself.commander.log(\"Importing \" + title + \" as \" + transformedTitle)\n\t\t\t\t\tnewTiddler = new $tw.Tiddler(tiddler,{title: transformedTitle});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.commander.log(\"Importing \" + title)\n\t\t\t\tnewTiddler = tiddler;\n\t\t\t}\n\t\t\tself.commander.wiki.importTiddler(newTiddler);\n\t\t\tcount++;\n\t\t}\n\t});\n\tself.commander.log(\"Imported \" + count + \" tiddlers\")\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/help.js": {
            "title": "$:/core/modules/commands/help.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/import.js": {
            "title": "$:/core/modules/commands/import.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/import.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 2) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar filename = self.params[0],\n\t\tdeserializer = self.params[1],\n\t\ttitle = self.params[2] || filename,\n\t\tencoding = self.params[3] || \"utf8\",\n\t\ttext = fs.readFileSync(filename,encoding),\n\t\ttiddlers = this.commander.wiki.deserializeTiddlers(null,text,{title: title},{deserializer: deserializer});\n\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t});\n\tthis.commander.log(tiddlers.length + \" tiddler(s) imported\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/init.js": {
            "title": "$:/core/modules/commands/init.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/load.js": {
            "title": "$:/core/modules/commands/load.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file or directory\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar tiddlers = $tw.loadTiddlersFromPath(self.params[0]),\n\t\tcount = 0;\n\t$tw.utils.each(tiddlers,function(tiddlerInfo) {\n\t\t$tw.utils.each(tiddlerInfo.tiddlers,function(tiddler) {\n\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t\t\tcount++;\n\t\t});\n\t});\n\tif(!count) {\n\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t} else {\n\t\tself.callback(null);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/makelibrary.js": {
            "title": "$:/core/modules/commands/makelibrary.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/output.js": {
            "title": "$:/core/modules/commands/output.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/password.js": {
            "title": "$:/core/modules/commands/password.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/render.js": {
            "title": "$:/core/modules/commands/render.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/render.js\ntype: application/javascript\nmodule-type: command\n\nRender individual tiddlers and save the results to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"render\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing tiddler filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]addsuffix[.html]]\",\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tvarName = this.params[4],\n\t\tvarValue = this.params[5],\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template || title),\n\t\t\tvariables = {currentTiddler: title};\n\t\tif(varName) {\n\t\t\tvariables[varName] = varValue || \"\";\n\t\t}\n\t\tvar widgetNode = wiki.makeWidget(parser,{variables: variables}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Rendering \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/rendertiddler.js": {
            "title": "$:/core/modules/commands/rendertiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tname = this.params[4],\n\t\tvalue = this.params[5],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tif(name && value) {\n\t\tvariables[name] = value;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/rendertiddlers.js": {
            "title": "$:/core/modules/commands/rendertiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/save.js": {
            "title": "$:/core/modules/commands/save.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/save.js\ntype: application/javascript\nmodule-type: command\n\nSaves individual tiddlers in their raw text or binary format to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"save\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]]\",\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Saving \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savelibrarytiddlers.js": {
            "title": "$:/core/modules/commands/savelibrarytiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savetiddler.js": {
            "title": "$:/core/modules/commands/savetiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/savetiddlers.js": {
            "title": "$:/core/modules/commands/savetiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/server.js": {
            "title": "$:/core/modules/commands/server.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.requestHandler = function(request,response) {\n\t// Compose the state object\n\tvar self = this;\n\tvar state = {};\n\tstate.wiki = self.wiki;\n\tstate.server = self;\n\tstate.urlInfo = url.parse(request.url);\n\t// Find the route that matches this path\n\tvar route = self.findMatchingRoute(request,state);\n\t// Check for the username and password if we've got one\n\tvar username = self.get(\"username\"),\n\t\tpassword = self.get(\"password\");\n\tif(username && password) {\n\t\t// Check they match\n\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t});\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t}\n\t// Return a 404 if we didn't find a route\n\tif(!route) {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Set the encoding for the incoming request\n\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\trequest.setEncoding(\"utf8\");\n\t// Dispatch the appropriate method\n\tswitch(request.method) {\n\t\tcase \"GET\": // Intentional fall-through\n\t\tcase \"DELETE\":\n\t\t\troute.handler(request,response,state);\n\t\t\tbreak;\n\t\tcase \"PUT\":\n\t\t\tvar data = \"\";\n\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\tdata += chunk.toString();\n\t\t\t});\n\t\t\trequest.on(\"end\",function() {\n\t\t\t\tstate.data = data;\n\t\t\t\troute.handler(request,response,state);\n\t\t\t});\n\t\t\tbreak;\n\t}\n};\n\t\nSimpleServer.prototype.listen = function(port,host) {\n\thttp.createServer(this.requestHandler.bind(this)).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\t$tw.utils.log(\"Serving on \" + host + \":\" + port,\"brown/orange\");\n\t$tw.utils.log(\"(press ctrl-C to exit)\",\"red\");\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/setfield.js": {
            "title": "$:/core/modules/commands/setfield.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/unpackplugin.js": {
            "title": "$:/core/modules/commands/unpackplugin.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/verbose.js": {
            "title": "$:/core/modules/commands/verbose.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n  \" + $tw.boot.logMessages.join(\"\\n  \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/commands/version.js": {
            "title": "$:/core/modules/commands/version.js",
            "text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "command"
        },
        "$:/core/modules/config.js": {
            "title": "$:/core/modules/config.js",
            "text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter:   \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
            "type": "application/javascript",
            "module-type": "config"
        },
        "$:/core/modules/deserializers.js": {
            "title": "$:/core/modules/deserializers.js",
            "text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming,\n\t\tresults = [];\n\ttry {\n\t\tincoming = JSON.parse(text);\n\t} catch(e) {\n\t\tincoming = [{\n\t\t\ttitle: \"JSON error: \" + e,\n\t\t\ttext: \"\"\n\t\t}]\n\t}\n\tif(!$tw.utils.isArray(incoming)) {\n\t\tincoming = [incoming];\n\t}\n\tfor(var t=0; t<incoming.length; t++) {\n\t\tvar incomingFields = incoming[t],\n\t\t\tfields = {};\n\t\tfor(var f in incomingFields) {\n\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t}\n\t\t}\n\t\tresults.push(fields);\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "tiddlerdeserializer"
        },
        "$:/core/modules/editor/engines/framed.js": {
            "title": "$:/core/modules/editor/engines/framed.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus  = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/core/modules/editor/engines/simple.js": {
            "title": "$:/core/modules/editor/engines/simple.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode || text === \"\") {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus  = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/core/modules/editor/factory.js": {
            "title": "$:/core/modules/editor/factory.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag);\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup ||  changedAttributes.rows || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\t\t\t\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t    clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t    el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\t\t\t\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/core/modules/editor/operations/bitmap/clear.js": {
            "title": "$:/core/modules/editor/operations/bitmap/clear.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "bitmapeditoroperation"
        },
        "$:/core/modules/editor/operations/bitmap/resize.js": {
            "title": "$:/core/modules/editor/operations/bitmap/resize.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "bitmapeditoroperation"
        },
        "$:/core/modules/editor/operations/text/excise.js": {
            "title": "$:/core/modules/editor/operations/text/excise.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ?  [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/make-link.js": {
            "title": "$:/core/modules/editor/operations/text/make-link.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/prefix-lines.js": {
            "title": "$:/core/modules/editor/operations/text/prefix-lines.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,event.paramObject.count);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== event.paramObject.count) {\n\t\t\t// Apply the prefix\n\t\t\tline =  prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/replace-all.js": {
            "title": "$:/core/modules/editor/operations/text/replace-all.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/replace-selection.js": {
            "title": "$:/core/modules/editor/operations/text/replace-selection.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/wrap-lines.js": {
            "title": "$:/core/modules/editor/operations/text/wrap-lines.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/editor/operations/text/wrap-selection.js": {
            "title": "$:/core/modules/editor/operations/text/wrap-selection.js",
            "text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix unless they comprise the entire text\n\t\t\tif(operation.selStart > event.paramObject.prefix.length || (operation.selEnd + event.paramObject.suffix.length) < operation.text.length ) {\n\t\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\t\toperation.replacement = \"\";\n\t\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t\t}\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "texteditoroperation"
        },
        "$:/core/modules/filters/addprefix.js": {
            "title": "$:/core/modules/filters/addprefix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/addsuffix.js": {
            "title": "$:/core/modules/filters/addsuffix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/after.js": {
            "title": "$:/core/modules/filters/after.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/all/current.js": {
            "title": "$:/core/modules/filters/all/current.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/missing.js": {
            "title": "$:/core/modules/filters/all/missing.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/orphans.js": {
            "title": "$:/core/modules/filters/all/orphans.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/shadows.js": {
            "title": "$:/core/modules/filters/all/shadows.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/tags.js": {
            "title": "$:/core/modules/filters/all/tags.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/tags.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tags]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,prefix,options) {\n\treturn Object.keys(options.wiki.getTagMap());\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all/tiddlers.js": {
            "title": "$:/core/modules/filters/all/tiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "allfilteroperator"
        },
        "$:/core/modules/filters/all.js": {
            "title": "$:/core/modules/filters/all.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/backlinks.js": {
            "title": "$:/core/modules/filters/backlinks.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/before.js": {
            "title": "$:/core/modules/filters/before.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/commands.js": {
            "title": "$:/core/modules/filters/commands.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/count.js": {
            "title": "$:/core/modules/filters/count.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/count.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the number of entries in the current list.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.count = function(source,operator,options) {\n\tvar count = 0;\n\tsource(function(tiddler,title) {\n\t\tcount++;\n\t});\n\treturn [count + \"\"];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/days.js": {
            "title": "$:/core/modules/filters/days.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/each.js": {
            "title": "$:/core/modules/filters/each.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\t\tvalue,values = {},\n\t\tfield = operator.operand || \"title\";\n\tif(operator.suffix !== \"list-item\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvalue = (field === \"title\") ? title : tiddler.getFieldString(field);\n\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/eachday.js": {
            "title": "$:/core/modules/filters/eachday.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/editiondescription.js": {
            "title": "$:/core/modules/filters/editiondescription.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/editions.js": {
            "title": "$:/core/modules/filters/editions.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/decodeuricomponent.js": {
            "title": "$:/core/modules/filters/decodeuricomponent.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/decodeuricomponent.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for applying decodeURIComponent() to each item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter functions\n*/\n\nexports.decodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(decodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.encodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.decodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(decodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.encodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.decodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlDecode(title));\n\t});\n\treturn results;\n};\n\nexports.encodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlEncode(title));\n\t});\n\treturn results;\n};\n\nexports.stringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.stringify(title));\n\t});\n\treturn results;\n};\n\nexports.jsonstringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.jsonStringify(title));\n\t});\n\treturn results;\n};\n\nexports.escaperegexp = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.escapeRegExp(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/enlist.js": {
            "title": "$:/core/modules/filters/enlist.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/enlist.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand parsed as a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.enlist = function(source,operator,options) {\n\tvar list = $tw.utils.parseStringArray(operator.operand);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/field.js": {
            "title": "$:/core/modules/filters/field.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/fields.js": {
            "title": "$:/core/modules/filters/fields.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/get.js": {
            "title": "$:/core/modules/filters/get.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/getindex.js": {
            "title": "$:/core/modules/filters/getindex.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/has.js": {
            "title": "$:/core/modules/filters/has.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [],\n\t\tinvert = operator.prefix === \"!\";\n\n\tif(operator.suffix === \"field\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || !$tw.utils.hop(tiddler.fields,operator.operand) || (tiddler.fields[operator.operand] === \"\")) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/haschanged.js": {
            "title": "$:/core/modules/filters/haschanged.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/indexes.js": {
            "title": "$:/core/modules/filters/indexes.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/insertbefore.js": {
            "title": "$:/core/modules/filters/insertbefore.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/insertbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nInsert an item before another item in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.insertbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar target = options.widget && options.widget.getVariable(operator.suffix || \"currentTiddler\");\n\tif(target !== operator.operand) {\n\t\t// Remove the entry from the list if it is present\n\t\tvar pos = results.indexOf(operator.operand);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,1);\n\t\t}\n\t\t// Insert the entry before the target marker\n\t\tpos = results.indexOf(target);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,0,operator.operand);\n\t\t} else {\n\t\t\tresults.push(operator.operand);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/is/current.js": {
            "title": "$:/core/modules/filters/is/current.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/image.js": {
            "title": "$:/core/modules/filters/is/image.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/missing.js": {
            "title": "$:/core/modules/filters/is/missing.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/orphan.js": {
            "title": "$:/core/modules/filters/is/orphan.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/shadow.js": {
            "title": "$:/core/modules/filters/is/shadow.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/system.js": {
            "title": "$:/core/modules/filters/is/system.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/tag.js": {
            "title": "$:/core/modules/filters/is/tag.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is/tiddler.js": {
            "title": "$:/core/modules/filters/is/tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "isfilteroperator"
        },
        "$:/core/modules/filters/is.js": {
            "title": "$:/core/modules/filters/is.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tif(operator.operand) {\n\t\tvar isFilterOperator = isFilterOperators[operator.operand];\n\t\tif(isFilterOperator) {\n\t\t\treturn isFilterOperator(source,operator.prefix,options);\n\t\t} else {\n\t\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t\t}\n\t} else {\n\t\t// Return all tiddlers if the operand is missing\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t\treturn results;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/limit.js": {
            "title": "$:/core/modules/filters/limit.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/links.js": {
            "title": "$:/core/modules/filters/links.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/list.js": {
            "title": "$:/core/modules/filters/list.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/listed.js": {
            "title": "$:/core/modules/filters/listed.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/listops.js": {
            "title": "$:/core/modules/filters/listops.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.order = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.operand.toLowerCase() === \"reverse\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.unshift(title);\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\t\t\n\t}\n\treturn results;\n};\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/lookup.js": {
            "title": "$:/core/modules/filters/lookup.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/lookup.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that looks up values via a title prefix\n\n[lookup:<field>[<prefix>]]\n\nPrepends the prefix to the selected items and returns the specified field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.lookup = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.wiki.getTiddlerText(operator.operand + title) || options.wiki.getTiddlerText(operator.operand + operator.suffix));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/minlength.js": {
            "title": "$:/core/modules/filters/minlength.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/minlength.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for filtering out titles that don't meet the minimum length in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.minlength = function(source,operator,options) {\n\tvar results = [],\n\t\tminLength = parseInt(operator.operand || \"\",10) || 0;\n\tsource(function(tiddler,title) {\n\t\tif(title.length >= minLength) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/modules.js": {
            "title": "$:/core/modules/filters/modules.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/moduletypes.js": {
            "title": "$:/core/modules/filters/moduletypes.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/next.js": {
            "title": "$:/core/modules/filters/next.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/plugintiddlers.js": {
            "title": "$:/core/modules/filters/plugintiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/prefix.js": {
            "title": "$:/core/modules/filters/prefix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/previous.js": {
            "title": "$:/core/modules/filters/previous.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/regexp.js": {
            "title": "$:/core/modules/filters/regexp.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/removeprefix.js": {
            "title": "$:/core/modules/filters/removeprefix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/removesuffix.js": {
            "title": "$:/core/modules/filters/removesuffix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/sameday.js": {
            "title": "$:/core/modules/filters/sameday.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(tiddler.getFieldDay(fieldName) === targetDate) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/search.js": {
            "title": "$:/core/modules/filters/search.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/shadowsource.js": {
            "title": "$:/core/modules/filters/shadowsource.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/sort.js": {
            "title": "$:/core/modules/filters/sort.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/splitbefore.js": {
            "title": "$:/core/modules/filters/splitbefore.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/storyviews.js": {
            "title": "$:/core/modules/filters/storyviews.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/suffix.js": {
            "title": "$:/core/modules/filters/suffix.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tag.js": {
            "title": "$:/core/modules/filters/tag.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif((operator.suffix || \"\").toLowerCase() === \"strict\" && !operator.operand) {\n\t\t// New semantics:\n\t\t// Always return copy of input if operator.operand is missing\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t} else {\n\t\t// Old semantics:\n\t\tif(operator.prefix === \"!\") {\n\t\t\t// Returns a copy of the input if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// Returns empty results if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t\t}\t\t\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tagging.js": {
            "title": "$:/core/modules/filters/tagging.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/tags.js": {
            "title": "$:/core/modules/filters/tags.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/title.js": {
            "title": "$:/core/modules/filters/title.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/untagged.js": {
            "title": "$:/core/modules/filters/untagged.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/wikiparserrules.js": {
            "title": "$:/core/modules/filters/wikiparserrules.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [],\n\t\toperand = operator.operand;\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(!operand || exp.types[operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters/x-listops.js": {
            "title": "$:/core/modules/filters/x-listops.js",
            "text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n    /*jslint node: true, browser: true */\n    /*global $tw: false */\n    \"use strict\";\n\n    /*\n    Fetch titles from the current list\n    */\n    var prepare_results = function (source) {\n    var results = [];\n        source(function (tiddler, title) {\n            results.push(title);\n        });\n        return results;\n    };\n\n    /*\n    Moves a number of items from the tail of the current list before the item named in the operand\n    */\n    exports.putbefore = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = parseInt(operator.suffix) || 1;\n        return (index === -1) ?\n            results.slice(0, -1) :\n            results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n    };\n\n    /*\n    Moves a number of items from the tail of the current list after the item named in the operand\n    */\n    exports.putafter = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = parseInt(operator.suffix) || 1;\n        return (index === -1) ?\n            results.slice(0, -1) :\n            results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n    };\n\n    /*\n    Replaces the item named in the operand with a number of items from the tail of the current list\n    */\n    exports.replace = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = parseInt(operator.suffix) || 1;\n        return (index === -1) ?\n            results.slice(0, -count) :\n            results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n    };\n\n    /*\n    Moves a number of items from the tail of the current list to the head of the list\n    */\n    exports.putfirst = function (source, operator) {\n        var results = prepare_results(source),\n            count = parseInt(operator.suffix) || 1;\n        return results.slice(-count).concat(results.slice(0, -count));\n    };\n\n    /*\n    Moves a number of items from the head of the current list to the tail of the list\n    */\n    exports.putlast = function (source, operator) {\n        var results = prepare_results(source),\n            count = parseInt(operator.suffix) || 1;\n        return results.slice(count).concat(results.slice(0, count));\n    };\n\n    /*\n    Moves the item named in the operand a number of places forward or backward in the list\n    */\n    exports.move = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand),\n            count = parseInt(operator.suffix) || 1,\n            marker = results.splice(index, 1),\n            offset =  (index + count) > 0 ? index + count : 0;\n        return results.slice(0, offset).concat(marker).concat(results.slice(offset));\n    };\n\n    /*\n    Returns the items from the current list that are after the item named in the operand\n    */\n    exports.allafter = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand);\n        return (index === -1 || index > (results.length - 2)) ? [] :\n            (operator.suffix) ? results.slice(index) :\n            results.slice(index + 1);\n    };\n\n    /*\n    Returns the items from the current list that are before the item named in the operand\n    */\n    exports.allbefore = function (source, operator) {\n        var results = prepare_results(source),\n            index = results.indexOf(operator.operand);\n        return (index < 0) ? [] :\n            (operator.suffix) ? results.slice(0, index + 1) :\n            results.slice(0, index);\n    };\n\n    /*\n    Appends the items listed in the operand array to the tail of the current list\n    */\n    exports.append = function (source, operator) {\n        var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n            results = prepare_results(source),\n            count = parseInt(operator.suffix) || append.length;\n        return (append.length === 0) ? results :\n            (operator.prefix) ? results.concat(append.slice(-count)) :\n            results.concat(append.slice(0, count));\n    };\n\n    /*\n    Prepends the items listed in the operand array to the head of the current list\n    */\n    exports.prepend = function (source, operator) {\n        var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n            results = prepare_results(source),\n            count = parseInt(operator.suffix) || prepend.length;\n        return (prepend.length === 0) ? results :\n            (operator.prefix) ? prepend.slice(-count).concat(results) :\n            prepend.slice(0, count).concat(results);\n    };\n\n    /*\n    Returns all items from the current list except the items listed in the operand array\n    */\n    exports.remove = function (source, operator) {\n        var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n            results = prepare_results(source),\n            count = parseInt(operator.suffix) || array.length,\n            p,\n            len,\n            index;\n        len = array.length - 1;\n        for (p = 0; p < count; ++p) {\n            if (operator.prefix) {\n                index = results.indexOf(array[len - p]);\n            } else {\n                index = results.indexOf(array[p]);\n            }\n            if (index !== -1) {\n                results.splice(index, 1);\n            }\n        }\n        return results;\n    };\n\n    /*\n    Returns all items from the current list sorted in the order of the items in the operand array\n    */\n    exports.sortby = function (source, operator) {\n        var results = prepare_results(source);\n        if (!results || results.length < 2) {\n            return results;\n        }\n        var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n        results.sort(function (a, b) {\n            return lookup.indexOf(a) - lookup.indexOf(b);\n        });\n        return results;\n    };\n\n    /*\n    Removes all duplicate items from the current list\n    */\n    exports.unique = function (source, operator) {\n        var results = prepare_results(source);\n        var set = results.reduce(function (a, b) {\n            if (a.indexOf(b) < 0) {\n                a.push(b);\n            }\n            return a;\n        }, []);\n        return set;\n    };\n})();\n",
            "type": "application/javascript",
            "module-type": "filteroperator"
        },
        "$:/core/modules/filters.js": {
            "title": "$:/core/modules/filters.js",
            "text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar nextBracketPos, operator;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tnextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/core/modules/info/platform.js": {
            "title": "$:/core/modules/info/platform.js",
            "text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\t// Document location\n\tif($tw.browser) {\n\t\tvar setLocationProperty = function(name,value) {\n\t\t\t\tinfoTiddlerFields.push({title: \"$:/info/url/\" + name, text: value});\t\t\t\n\t\t\t},\n\t\t\tlocation = document.location;\n\t\tsetLocationProperty(\"full\", (location.toString()).split(\"#\")[0]);\n\t\tsetLocationProperty(\"host\", location.host);\n\t\tsetLocationProperty(\"hostname\", location.hostname);\n\t\tsetLocationProperty(\"protocol\", location.protocol);\n\t\tsetLocationProperty(\"port\", location.port);\n\t\tsetLocationProperty(\"pathname\", location.pathname);\n\t\tsetLocationProperty(\"search\", location.search);\n\t\tsetLocationProperty(\"origin\", location.origin);\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "info"
        },
        "$:/core/modules/keyboard.js": {
            "title": "$:/core/modules/keyboard.js",
            "text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\tlookupName(\"shortcuts\");\n\t\t\t\tlookupName($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\");\n\t\t\t\tlookupName($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\t\t\t\tlookupName($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t   (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t   (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t   (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t   (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/language.js": {
            "title": "$:/core/modules/language.js",
            "text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/macros/changecount.js": {
            "title": "$:/core/modules/macros/changecount.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/contrastcolour.js": {
            "title": "$:/core/modules/macros/contrastcolour.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/csvtiddlers.js": {
            "title": "$:/core/modules/macros/csvtiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/displayshortcuts.js": {
            "title": "$:/core/modules/macros/displayshortcuts.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t    return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/dumpvariables.js": {
            "title": "$:/core/modules/macros/dumpvariables.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/jsontiddler.js": {
            "title": "$:/core/modules/macros/jsontiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/jsontiddler.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output a single tiddler to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddler\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\ttitle = title || this.getVariable(\"currentTiddler\");\n\tvar tiddler = !!title && this.wiki.getTiddler(title),\n\t\tfields = new Object();\n\tif(tiddler) {\n\t\tfor(var field in tiddler.fields) {\n\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t}\n\t}\n\treturn JSON.stringify(fields,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/jsontiddlers.js": {
            "title": "$:/core/modules/macros/jsontiddlers.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/makedatauri.js": {
            "title": "$:/core/modules/macros/makedatauri.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/now.js": {
            "title": "$:/core/modules/macros/now.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/qualify.js": {
            "title": "$:/core/modules/macros/qualify.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/resolvepath.js": {
            "title": "$:/core/modules/macros/resolvepath.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/macros/version.js": {
            "title": "$:/core/modules/macros/version.js",
            "text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "macro"
        },
        "$:/core/modules/parsers/audioparser.js": {
            "title": "$:/core/modules/parsers/audioparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/csvparser.js": {
            "title": "$:/core/modules/parsers/csvparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/htmlparser.js": {
            "title": "$:/core/modules/parsers/htmlparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/imageparser.js": {
            "title": "$:/core/modules/parsers/imageparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\tif(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/utils/parseutils.js": {
            "title": "$:/core/modules/utils/parseutils.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treFilteredValue = /\\{\\{\\{(.+?)\\}\\}\\}/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for a filtered value\n\t\t\tvar filteredValue = $tw.utils.parseTokenRegExp(source,pos,reFilteredValue);\n\t\t\tif(filteredValue) {\n\t\t\t\tpos = filteredValue.end;\n\t\t\t\tnode.type = \"filtered\";\n\t\t\t\tnode.filter = filteredValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for an indirect value\n\t\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\t\tif(indirectValue) {\n\t\t\t\t\tpos = indirectValue.end;\n\t\t\t\t\tnode.type = \"indirect\";\n\t\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a unquoted value\n\t\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\t\tif(unquotedValue) {\n\t\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/parsers/pdfparser.js": {
            "title": "$:/core/modules/parsers/pdfparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/pdfparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe PDF parser embeds a PDF viewer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"embed\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/pdf\"] = ImageParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/textparser.js": {
            "title": "$:/core/modules/parsers/textparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/videoparser.js": {
            "title": "$:/core/modules/parsers/videoparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar VideoParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/mp4\"] = VideoParser;\nexports[\"video/quicktime\"] = VideoParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/dash.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"&ndash;\" : \"&mdash;\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/entity.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: &copy;\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/extlink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: https://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/heading.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/html.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/html.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Check that the tag is terminated by a space, / or >\n\tif(!$tw.utils.parseWhiteSpace(source,pos) && !(source.charAt(pos) === \"/\") && !(source.charAt(pos) === \">\") ) {\n\t\treturn null;\n\t}\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/image.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/image.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[https://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [https://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [https://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|https://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/list.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/list.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /($|\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[https://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|https://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/rules.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/syslink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(\n\t\t\"~?\\\\$:\\\\/[\" +\n\t\t$tw.config.textPrimitives.anyLetter.substr(1,$tw.config.textPrimitives.anyLetter.length - 2) +\n\t\t\"\\/._-]+\",\n\t\t\"mg\"\n\t);\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/table.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/table.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n  <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/whitespace.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/whitespace.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/whitespace.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for whitespace specifications\n\n```\n\\whitespace trim\n\\whitespace notrim\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"whitespace\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\whitespace[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\t$tw.utils.each(tokens,function(token) {\n\t\tswitch(token) {\n\t\t\tcase \"trim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = true;\n\t\t\t\tbreak;\n\t\t\tcase \"notrim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = false;\n\t\t\t\tbreak;\n\t\t}\n\t});\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikirule"
        },
        "$:/core/modules/parsers/wikiparser/wikiparser.js": {
            "title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Flag for ignoring whitespace\n\tthis.configTrimWhiteSpace = false;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined  && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t//  Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t//  Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,nextMatch.matchIndex));\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,terminatorMatch.index));\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,inlineRuleMatch.matchIndex));\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nPush a text widget onto an array, respecting the configTrimWhiteSpace setting\n*/\nWikiParser.prototype.pushTextWidget = function(array,text) {\n\tif(this.configTrimWhiteSpace) {\n\t\ttext = $tw.utils.trim(text);\n\t}\n\tif(text) {\n\t\tarray.push({type: \"text\", text: text});\t\t\n\t}\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "parser"
        },
        "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
            "title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
            "text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/pluginswitcher.js": {
            "title": "$:/core/modules/pluginswitcher.js",
            "text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\nonSwitch: callback when plugin is switched (single parameter is array of plugin titles)\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\tthis.onSwitch = options.onSwitch;\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Call the switch handler\n\tif(this.onSwitch) {\n\t\tthis.onSwitch(plugins);\n\t}\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/saver-handler.js": {
            "title": "$:/core/modules/saver-handler.js",
            "text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/savers/andtidwiki.js": {
            "title": "$:/core/modules/savers/andtidwiki.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/beaker.js": {
            "title": "$:/core/modules/savers/beaker.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/beaker.js\ntype: application/javascript\nmodule-type: saver\n\nSaves files using the Beaker browser's (https://beakerbrowser.com) Dat protocol (https://datproject.org/)\nCompatible with beaker >= V0.7.2\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet up the saver\n*/\nvar BeakerSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nBeakerSaver.prototype.save = function(text,method,callback) {\n\tvar dat = new DatArchive(\"\" + window.location),\n\t\tpathname = (\"\" + window.location.pathname).split(\"#\")[0];\n\tdat.stat(pathname).then(function(value) {\n\t\tif(value.isDirectory()) {\n\t\t\tpathname = pathname + \"/index.html\";\n\t\t}\n\t\tdat.writeFile(pathname,text,\"utf8\").then(function(value) {\n\t\t\tcallback(null);\n\t\t},function(reason) {\n\t\t\tcallback(\"Beaker Saver Write Error: \" + reason);\n\t\t});\n\t},function(reason) {\n\t\tcallback(\"Beaker Saver Stat Error: \" + reason);\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nBeakerSaver.prototype.info = {\n\tname: \"beaker\",\n\tpriority: 3000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.DatArchive;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new BeakerSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/download.js": {
            "title": "$:/core/modules/savers/download.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\t// We decode the pathname because document.location is URL encoded by the browser\n\t\t\tfilename = decodeURIComponent(document.location.pathname.substr(p+1));\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\nObject.defineProperty(DownloadSaver.prototype.info, \"capabilities\", {\n\tget: function() {\n\t\tvar capabilities = [\"save\", \"download\"];\n\t\tif(($tw.wiki.getTextReference(\"$:/config/DownloadSaver/AutoSave\") || \"\").toLowerCase() === \"yes\") {\n\t\t\tcapabilities.push(\"autosave\");\n\t\t}\n\t\treturn capabilities;\n\t}\n});\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/fsosaver.js": {
            "title": "$:/core/modules/savers/fsosaver.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/manualdownload.js": {
            "title": "$:/core/modules/savers/manualdownload.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/msdownload.js": {
            "title": "$:/core/modules/savers/msdownload.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/put.js": {
            "title": "$:/core/modules/savers/put.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\tvar uri = this.uri();\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"OPTIONS\",\n\t\tcallback: function(err, data, xhr) {\n\t\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\t\tif(!err) {\n\t\t\t\tself.serverAcceptsPuts = xhr.status === 200 && !!xhr.getResponseHeader(\"dav\");\n\t\t\t}\n\t\t}\n\t});\n\t// Retrieve ETag if available\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"HEAD\",\n\t\tcallback: function(err, data, xhr) {\n\t\t\tif(!err) {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t}\n\t\t}\n\t});\n};\n\nPutSaver.prototype.uri = function() {\n\treturn document.location.toString().split(\"#\")[0];\n};\n\n// TODO: in case of edit conflict\n// Prompt: Do you want to save over this? Y/N\n// Merging would be ideal, and may be possible using future generic merge flow\nPutSaver.prototype.save = function(text, method, callback) {\n\tif(!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tvar headers = { \"Content-Type\": \"text/html;charset=UTF-8\" };\n\tif(this.etag) {\n\t\theaders[\"If-Match\"] = this.etag;\n\t}\n\t$tw.utils.httpRequest({\n\t\turl: this.uri(),\n\t\ttype: \"PUT\",\n\t\theaders: headers,\n\t\tdata: text,\n\t\tcallback: function(err, data, xhr) {\n\t\t\tif(err) {\n\t\t\t\tcallback(err);\n\t\t\t} if(xhr.status === 200 || xhr.status === 201) {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t\tcallback(null); // success\n\t\t\t} else if(xhr.status === 412) { // edit conflict\n\t\t\t\tvar message = $tw.language.getString(\"Error/EditConflict\");\n\t\t\t\tcallback(message);\n\t\t\t} else {\n\t\t\t\tcallback(xhr.responseText); // fail\n\t\t\t}\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/tiddlyfox.js": {
            "title": "$:/core/modules/savers/tiddlyfox.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/tiddlyie.js": {
            "title": "$:/core/modules/savers/tiddlyie.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/twedit.js": {
            "title": "$:/core/modules/savers/twedit.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/savers/upload.js": {
            "title": "$:/core/modules/savers/upload.js",
            "text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "saver"
        },
        "$:/core/modules/browser-messaging.js": {
            "title": "$:/core/modules/browser-messaging.js",
            "text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\");\n\t\tiframeInfo = {\n\t\t\turl: url,\n\t\t\tstatus: \"loading\",\n\t\t\tdomNode: iframe\n\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tiframe.setAttribute(\"library\",\"true\");\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\n/*\nUnload library iframe for given url\n*/\nfunction unloadIFrame(url){\n\t$tw.utils.each(document.getElementsByTagName('iframe'), function(iframe) {\n\t\tif(iframe.getAttribute(\"library\") === \"true\" &&\n\t\t  iframe.getAttribute(\"src\") === url) {\n\t\t\tiframe.parentNode.removeChild(iframe);\n\t\t}\n\t});\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for widget messages to control unloading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-unload-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\t$tw.browserMessaging.iframeInfoMap[url] = undefined;\n\t\tif(url) {\n\t\t\tunloadIFrame(url);\n\t\t\t$tw.utils.each(\n\t\t\t\t$tw.wiki.filterTiddlers(\"[[$:/temp/ServerConnection/\" + url + \"]] [prefix[$:/temp/RemoteAssetInfo/\" + url + \"/]]\"),\n\t\t\t\tfunction(title) {\n\t\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t\t}\n\t\t\t);\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/commands.js": {
            "title": "$:/core/modules/startup/commands.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/favicon.js": {
            "title": "$:/core/modules/startup/favicon.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/info.js": {
            "title": "$:/core/modules/startup/info.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/load-modules.js": {
            "title": "$:/core/modules/startup/load-modules.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/password.js": {
            "title": "$:/core/modules/startup/password.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/render.js": {
            "title": "$:/core/modules/startup/render.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/rootwidget.js": {
            "title": "$:/core/modules/startup/rootwidget.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification  mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup.js": {
            "title": "$:/core/modules/startup.js",
            "text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.appVersion);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t],\n\t\tonSwitch: function(plugins) {\n\t\t\tif($tw.browser) {\n\t\t\t\tvar pluginTiddler = $tw.wiki.getTiddler(plugins[0]);\n\t\t\t\tif(pluginTiddler) {\n\t\t\t\t\tdocument.documentElement.setAttribute(\"dir\",pluginTiddler.getFieldString(\"text-direction\") || \"auto\");\n\t\t\t\t} else {\n\t\t\t\t\tdocument.documentElement.removeAttribute(\"dir\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/story.js": {
            "title": "$:/core/modules/startup/story.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-print message\n\t\t$tw.rootWidget.addEventListener(\"tm-print\",function(event) {\n\t\t\t(event.event.view || window).print();\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/startup/windows.js": {
            "title": "$:/core/modules/startup/windows.js",
            "text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{\n\t\t\t\tdocument: $tw.fakeDocument,\n\t\t\t\tvariables: variables,\n\t\t\t\timportPageMacros: true}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "startup"
        },
        "$:/core/modules/story.js": {
            "title": "$:/core/modules/story.js",
            "text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/storyviews/classic.js": {
            "title": "$:/core/modules/storyviews/classic.js",
            "text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom:  currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/storyviews/pop.js": {
            "title": "$:/core/modules/storyviews/pop.js",
            "text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/storyviews/zoomin.js": {
            "title": "$:/core/modules/storyviews/zoomin.js",
            "text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx =  zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty =  zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "storyview"
        },
        "$:/core/modules/syncer.js": {
            "title": "$:/core/modules/syncer.js",
            "text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDefaults\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\tthis.disableUI = !!options.disableUI;\n\tthis.titleIsLoggedIn = options.titleIsLoggedIn || this.titleIsLoggedIn;\n\tthis.titleUserName = options.titleUserName || this.titleUserName;\n\tthis.titleSyncFilter = options.titleSyncFilter || this.titleSyncFilter;\n\tthis.titleSavedNotification = options.titleSavedNotification || this.titleSavedNotification;\n\tthis.taskTimerInterval = options.taskTimerInterval || this.taskTimerInterval;\n\tthis.throttleInterval = options.throttleInterval || this.throttleInterval;\n\tthis.fallbackInterval = options.fallbackInterval || this.fallbackInterval;\n\tthis.pollTimerInterval = options.pollTimerInterval || this.pollTimerInterval;\n\tthis.logging = \"logging\" in options ? options.logging : true;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\")  + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\"),{\n\t\t\tcolour: \"cyan\",\n\t\t\tenable: this.logging\n\t\t});\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser && !this.disableUI) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tif(!this.disableUI) {\n\t\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\t\tself.handleLazyLoadEvent(title);\n\t\t});\t\t\n\t}\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title),\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t});\n};\n\n/*\nCreate an tiddlerInfo structure if it doesn't already exist\n*/\nSyncer.prototype.createTiddlerInfo = function(title) {\n\tif(!$tw.utils.hop(this.tiddlerInfo,title)) {\n\t\tthis.tiddlerInfo[title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1,\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t}\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser && !this.disableUI) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields,hasBeenLazyLoaded) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title),\n\t\thasBeenLazyLoaded: hasBeenLazyLoaded !== undefined ? hasBeenLazyLoaded : true\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert($tw.language.getString(\"Error/RetrievingSkinny\") + \":\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields,false);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Don't lazy load the same tiddler twice\n\tvar info = this.tiddlerInfo[title];\n\tif(!info || !info.hasBeenLazyLoaded) {\n\t\tthis.createTiddlerInfo(title);\n\t\tthis.tiddlerInfo[title].hasBeenLazyLoaded = true;\n\t\t// Queue up a sync task to load this tiddler\n\t\tthis.enqueueSyncTask({\n\t\t\ttype: \"load\",\n\t\t\ttitle: title\n\t\t});\t\t\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tthis.createTiddlerInfo(task.title);\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif((!this.syncadaptor.isReady || this.syncadaptor.isReady()) && this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields,true);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/tiddler.js": {
            "title": "$:/core/modules/tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a hashmap of strings. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStrings = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = {};\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields[field] = this.getFieldString(field);\n\t\t\t}\n\t\t}\n\t}\n\treturn fields;\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\nexports.getFieldDay = function(field) {\n\tif(this.cache && this.cache.day && $tw.utils.hop(this.cache.day,field) ) {\n\t\treturn this.cache.day[field];\n\t}\n\tvar day = \"\";\n\tif(this.fields[field]) {\n\t\tday = (new Date($tw.utils.parseDate(this.fields[field]))).setHours(0,0,0,0);\n\t}\n\tthis.cache.day = this.cache.day || {};\n\tthis.cache.day[field] = day;\n\treturn day;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "tiddlermethod"
        },
        "$:/core/modules/upgraders/plugins.js": {
            "title": "$:/core/modules/upgraders/plugins.js",
            "text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/upgraders/system.js": {
            "title": "$:/core/modules/upgraders/system.js",
            "text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/upgraders/themetweaks.js": {
            "title": "$:/core/modules/upgraders/themetweaks.js",
            "text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "upgrader"
        },
        "$:/core/modules/utils/crypto.js": {
            "title": "$:/core/modules/utils/crypto.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/animations/slide.js": {
            "title": "$:/core/modules/utils/dom/animations/slide.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "animation"
        },
        "$:/core/modules/utils/dom/animator.js": {
            "title": "$:/core/modules/utils/dom/animator.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/browser.js": {
            "title": "$:/core/modules/utils/dom/browser.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/csscolorparser.js": {
            "title": "$:/core/modules/utils/dom/csscolorparser.js",
            "text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n  \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n  \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n  \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n  \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n  \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n  \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n  \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n  \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n  \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n  \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n  \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n  \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n  \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n  \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n  \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n  \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n  \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n  \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n  \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n  \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n  \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n  \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n  \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n  \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n  \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n  \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n  \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n  \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n  \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n  \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n  \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n  \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n  \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n  \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n  \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n  \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n  \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n  \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n  \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n  \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n  \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n  \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n  \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n  \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n  \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n  \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n  \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n  \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n  \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n  \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n  \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n  \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n  \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n  \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n  \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n  \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n  \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n  \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n  \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n  \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n  \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n  \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n  \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n  \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n  \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n  \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n  \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n  \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n  \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n  \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n  \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n  \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n  \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n  \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) {  // Clamp to integer 0 .. 255.\n  i = Math.round(i);  // Seems to be what Chrome does (vs truncation).\n  return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) {  // Clamp to float 0.0 .. 1.0.\n  return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) {  // int or percentage.\n  if (str[str.length - 1] === '%')\n    return clamp_css_byte(parseFloat(str) / 100 * 255);\n  return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) {  // float or percentage.\n  if (str[str.length - 1] === '%')\n    return clamp_css_float(parseFloat(str) / 100);\n  return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n  if (h < 0) h += 1;\n  else if (h > 1) h -= 1;\n\n  if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n  if (h * 2 < 1) return m2;\n  if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n  return m1;\n}\n\nfunction parseCSSColor(css_str) {\n  // Remove all whitespace, not compliant, but should just be more accepting.\n  var str = css_str.replace(/ /g, '').toLowerCase();\n\n  // Color keywords (and transparent) lookup.\n  if (str in kCSSColorTable) return kCSSColorTable[str].slice();  // dup.\n\n  // #abc and #abc123 syntax.\n  if (str[0] === '#') {\n    if (str.length === 4) {\n      var iv = parseInt(str.substr(1), 16);  // TODO(deanm): Stricter parsing.\n      if (!(iv >= 0 && iv <= 0xfff)) return null;  // Covers NaN.\n      return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n              (iv & 0xf0) | ((iv & 0xf0) >> 4),\n              (iv & 0xf) | ((iv & 0xf) << 4),\n              1];\n    } else if (str.length === 7) {\n      var iv = parseInt(str.substr(1), 16);  // TODO(deanm): Stricter parsing.\n      if (!(iv >= 0 && iv <= 0xffffff)) return null;  // Covers NaN.\n      return [(iv & 0xff0000) >> 16,\n              (iv & 0xff00) >> 8,\n              iv & 0xff,\n              1];\n    }\n\n    return null;\n  }\n\n  var op = str.indexOf('('), ep = str.indexOf(')');\n  if (op !== -1 && ep + 1 === str.length) {\n    var fname = str.substr(0, op);\n    var params = str.substr(op+1, ep-(op+1)).split(',');\n    var alpha = 1;  // To allow case fallthrough.\n    switch (fname) {\n      case 'rgba':\n        if (params.length !== 4) return null;\n        alpha = parse_css_float(params.pop());\n        // Fall through.\n      case 'rgb':\n        if (params.length !== 3) return null;\n        return [parse_css_int(params[0]),\n                parse_css_int(params[1]),\n                parse_css_int(params[2]),\n                alpha];\n      case 'hsla':\n        if (params.length !== 4) return null;\n        alpha = parse_css_float(params.pop());\n        // Fall through.\n      case 'hsl':\n        if (params.length !== 3) return null;\n        var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360;  // 0 .. 1\n        // NOTE(deanm): According to the CSS spec s/l should only be\n        // percentages, but we don't bother and let float or percentage.\n        var s = parse_css_float(params[1]);\n        var l = parse_css_float(params[2]);\n        var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n        var m1 = l * 2 - m2;\n        return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n                clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n                clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n                alpha];\n      default:\n        return null;\n    }\n  }\n\n  return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom.js": {
            "title": "$:/core/modules/utils/dom.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n    // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight;\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/dragndrop.js": {
            "title": "$:/core/modules/utils/dom/dragndrop.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/dragndrop.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser data transfer utilities, used with the clipboard and drag and drop\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOptions:\n\ndomNode: dom node to make draggable\ndragImageType: \"pill\" or \"dom\"\ndragTiddlerFn: optional function to retrieve the title of tiddler to drag\ndragFilterFn: optional function to retreive the filter defining a list of tiddlers to drag\nwidget: widget to use as the contect for the filter\n*/\nexports.makeDraggable = function(options) {\n\tvar dragImageType = options.dragImageType || \"dom\",\n\t\tdragImage,\n\t\tdomNode = options.domNode;\n\t// Make the dom node draggable (not necessary for anchor tags)\n\tif((domNode.tagName || \"\").toLowerCase() !== \"a\") {\n\t\tdomNode.setAttribute(\"draggable\",\"true\");\t\t\n\t}\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragstart\", handlerFunction: function(event) {\n\t\t\t// Collect the tiddlers being dragged\n\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [];\n\t\t\tif(dragFilter) {\n\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t}\n\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t// Check that we've something to drag\n\t\t\tif(titles.length > 0 && event.target === domNode) {\n\t\t\t\t// Mark the drag in progress\n\t\t\t\t$tw.dragInProgress = domNode;\n\t\t\t\t// Set the dragging class on the element being dragged\n\t\t\t\t$tw.utils.addClass(event.target,\"tc-dragging\");\n\t\t\t\t// Create the drag image elements\n\t\t\t\tdragImage = options.widget.document.createElement(\"div\");\n\t\t\t\tdragImage.className = \"tc-tiddler-dragger\";\n\t\t\t\tvar inner = options.widget.document.createElement(\"div\");\n\t\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\t\tinner.appendChild(options.widget.document.createTextNode(\n\t\t\t\t\ttitles.length === 1 ? \n\t\t\t\t\t\ttitles[0] :\n\t\t\t\t\t\ttitles.length + \" tiddlers\"\n\t\t\t\t));\n\t\t\t\tdragImage.appendChild(inner);\n\t\t\t\toptions.widget.document.body.appendChild(dragImage);\n\t\t\t\t// Set the data transfer properties\n\t\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t\t// Set up the image\n\t\t\t\tdataTransfer.effectAllowed = \"all\";\n\t\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\t\tif(dragImageType === \"pill\") {\n\t\t\t\t\t\tdataTransfer.setDragImage(dragImage.firstChild,-16,-16);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvar r = domNode.getBoundingClientRect();\n\t\t\t\t\t\tdataTransfer.setDragImage(domNode,event.clientX-r.left,event.clientY-r.top);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Set up the data transfer\n\t\t\t\tif(dataTransfer.clearData) {\n\t\t\t\t\tdataTransfer.clearData();\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\tvar jsonData = [];\n\t\t\t\tif(titles.length > 1) {\n\t\t\t\t\ttitles.forEach(function(title) {\n\t\t\t\t\t\tjsonData.push(options.widget.wiki.getTiddlerAsJson(title));\n\t\t\t\t\t});\n\t\t\t\t\tjsonData = \"[\" + jsonData.join(\",\") + \"]\";\n\t\t\t\t} else {\n\t\t\t\t\tjsonData = options.widget.wiki.getTiddlerAsJson(titles[0]);\n\t\t\t\t}\n\t\t\t\t// IE doesn't like these content types\n\t\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\t\tdataTransfer.setData(\"text/plain\",titleString);\n\t\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\t}\n\t\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\tdataTransfer.setData(\"Text\",titleString);\n\t\t\t\tevent.stopPropagation();\n\t\t\t}\n\t\t\treturn false;\n\t\t}},\n\t\t{name: \"dragend\", handlerFunction: function(event) {\n\t\t\tif(event.target === domNode) {\n\t\t\t\t$tw.dragInProgress = null;\n\t\t\t\t// Remove the dragging class on the element being dragged\n\t\t\t\t$tw.utils.removeClass(event.target,\"tc-dragging\");\n\t\t\t\t// Delete the drag image element\n\t\t\t\tif(dragImage) {\n\t\t\t\t\tdragImage.parentNode.removeChild(dragImage);\n\t\t\t\t\tdragImage = null;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t}}\n\t]);\n};\n\nexports.importDataTransfer = function(dataTransfer,fallbackTitle,callback) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.toTiddlerFieldsArray(data,fallbackTitle);\n\t\t\t\tcallback(tiddlerFields);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nvar importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn parseJSONTiddlers(data,fallbackTitle);\n\t}},\n\t{type: \"URL\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/plain\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"Text\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}}\n];\n\nfunction parseJSONTiddlers(json,fallbackTitle) {\n\tvar data = JSON.parse(json);\n\tif(!$tw.utils.isArray(data)) {\n\t\tdata = [data];\n\t}\n\tdata.forEach(function(fields) {\n\t\tfields.title = fields.title || fallbackTitle;\n\t});\n\treturn data;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/http.js": {
            "title": "$:/core/modules/utils/dom/http.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n\treturnProp: string name of the property to return as first argument of callback\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\treturnProp = options.returnProp || \"responseText\",\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this[returnProp],this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e);\n\t}\n\treturn request;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/keyboard.js": {
            "title": "$:/core/modules/utils/dom/keyboard.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/modal.js": {
            "title": "$:/core/modules/utils/dom/modal.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/notifier.js": {
            "title": "$:/core/modules/utils/dom/notifier.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/popup.js": {
            "title": "$:/core/modules/utils/dom/popup.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details if not already there\n\tif(this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode\n\t\t});\n\t}\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/dom/scroller.js": {
            "title": "$:/core/modules/utils/dom/scroller.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t// targetPos/targetSize - position and size of the target element\n\t// currentPos/currentSize - position and size of the current scroll viewport\n\t// returns: new position of the scroll viewport\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\tnewPos = targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\tnewPos = currentPos;\n\t\t\t}\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if the position has changed\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/edition-info.js": {
            "title": "$:/core/modules/utils/edition-info.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils-node"
        },
        "$:/core/modules/utils/fakedom.js": {
            "title": "$:/core/modules/utils/fakedom.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text + \"\";\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value + \"\";\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t\tthis.rawTextContent = null;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textInnerHTML\", {\n\tset: function(value) {\n\t\tif(this.isRaw) {\n\t\t\tthis.rawTextContent = value;\n\t\t} else {\n\t\t\tthrow \"Cannot set textInnerHTML of a non-raw TW_Element\";\n\t\t}\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tif(this.rawTextContent === null) {\n\t\t\t\treturn \"\";\n\t\t\t} else {\n\t\t\t\treturn this.rawTextContent;\n\t\t\t}\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn \"\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/utils/filesystem.js": {
            "title": "$:/core/modules/utils/filesystem.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils-node"
        },
        "$:/core/modules/utils/logger.js": {
            "title": "$:/core/modules/utils/logger.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName,options) {\n\toptions = options || {};\n\tthis.componentName = componentName || \"\";\n\tthis.colour = options.colour || \"white\";\n\tthis.enable = \"enable\" in options ? options.enable : true;\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(this.enable && console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [$tw.utils.terminalColour(this.colour),this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)).concat($tw.utils.terminalColour()));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\tif(this.enable) {\n\t\t// Prepare the text of the alert\n\t\tvar text = Array.prototype.join.call(arguments,\" \");\n\t\t// Create alert tiddlers in the browser\n\t\tif($tw.browser) {\n\t\t\t// Check if there is an existing alert with the same text and the same component\n\t\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\t\talertFields,\n\t\t\t\texistingCount,\n\t\t\t\tself = this;\n\t\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(alertFields) {\n\t\t\t\texistingCount = alertFields.count || 1;\n\t\t\t} else {\n\t\t\t\talertFields = {\n\t\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\t\ttext: text,\n\t\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\t\tcomponent: this.componentName\n\t\t\t\t};\n\t\t\t\texistingCount = 0;\n\t\t\t}\n\t\t\talertFields.modified = new Date();\n\t\t\tif(++existingCount > 1) {\n\t\t\t\talertFields.count = existingCount;\n\t\t\t} else {\n\t\t\t\talertFields.count = undefined;\n\t\t\t}\n\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t\t// Log the alert as well\n\t\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\t// Print an orange message to the console if not in the browser\n\t\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t\t}\t\t\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/parsetree.js": {
            "title": "$:/core/modules/utils/parsetree.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/performance.js": {
            "title": "$:/core/modules/utils/performance.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m].toFixed(2) + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "global"
        },
        "$:/core/modules/utils/pluginmaker.js": {
            "title": "$:/core/modules/utils/pluginmaker.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/transliterate.js": {
            "title": "$:/core/modules/utils/transliterate.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/transliterate.js\ntype: application/javascript\nmodule-type: utils\n\nTransliteration static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nTransliterate string to ASCII\n\n(Some pairs taken from http://semplicewebsites.com/removing-accents-javascript)\n*/\nexports.transliterationPairs = 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:\"o\",\n\t\"ṓ\":\"o\",\n\t\"ṑ\":\"o\",\n\t\"ǫ\":\"o\",\n\t\"ǭ\":\"o\",\n\t\"ø\":\"o\",\n\t\"ǿ\":\"o\",\n\t\"õ\":\"o\",\n\t\"ṍ\":\"o\",\n\t\"ṏ\":\"o\",\n\t\"ȭ\":\"o\",\n\t\"ƣ\":\"oi\",\n\t\"ꝏ\":\"oo\",\n\t\"ɛ\":\"e\",\n\t\"ᶓ\":\"e\",\n\t\"ɔ\":\"o\",\n\t\"ᶗ\":\"o\",\n\t\"ȣ\":\"ou\",\n\t\"ṕ\":\"p\",\n\t\"ṗ\":\"p\",\n\t\"ꝓ\":\"p\",\n\t\"ƥ\":\"p\",\n\t\"ᵱ\":\"p\",\n\t\"ᶈ\":\"p\",\n\t\"ꝕ\":\"p\",\n\t\"ᵽ\":\"p\",\n\t\"ꝑ\":\"p\",\n\t\"ꝙ\":\"q\",\n\t\"ʠ\":\"q\",\n\t\"ɋ\":\"q\",\n\t\"ꝗ\":\"q\",\n\t\"ŕ\":\"r\",\n\t\"ř\":\"r\",\n\t\"ŗ\":\"r\",\n\t\"ṙ\":\"r\",\n\t\"ṛ\":\"r\",\n\t\"ṝ\":\"r\",\n\t\"ȑ\":\"r\",\n\t\"ɾ\":\"r\",\n\t\"ᵳ\":\"r\",\n\t\"ȓ\":\"r\",\n\t\"ṟ\":\"r\",\n\t\"ɼ\":\"r\",\n\t\"ᵲ\":\"r\",\n\t\"ᶉ\":\"r\",\n\t\"ɍ\":\"r\",\n\t\"ɽ\":\"r\",\n\t\"ↄ\":\"c\",\n\t\"ꜿ\":\"c\",\n\t\"ɘ\":\"e\",\n\t\"ɿ\":\"r\",\n\t\"ś\":\"s\",\n\t\"ṥ\":\"s\",\n\t\"š\":\"s\",\n\t\"ṧ\":\"s\",\n\t\"ş\":\"s\",\n\t\"ŝ\":\"s\",\n\t\"ș\":\"s\",\n\t\"ṡ\":\"s\",\n\t\"ṣ\":\"s\",\n\t\"ṩ\":\"s\",\n\t\"ʂ\":\"s\",\n\t\"ᵴ\":\"s\",\n\t\"ᶊ\":\"s\",\n\t\"ȿ\":\"s\",\n\t\"ɡ\":\"g\",\n\t\"ᴑ\":\"o\",\n\t\"ᴓ\":\"o\",\n\t\"ᴝ\":\"u\",\n\t\"ť\":\"t\",\n\t\"ţ\":\"t\",\n\t\"ṱ\":\"t\",\n\t\"ț\":\"t\",\n\t\"ȶ\":\"t\",\n\t\"ẗ\":\"t\",\n\t\"ⱦ\":\"t\",\n\t\"ṫ\":\"t\",\n\t\"ṭ\":\"t\",\n\t\"ƭ\":\"t\",\n\t\"ṯ\":\"t\",\n\t\"ᵵ\":\"t\",\n\t\"ƫ\":\"t\",\n\t\"ʈ\":\"t\",\n\t\"ŧ\":\"t\",\n\t\"ᵺ\":\"th\",\n\t\"ɐ\":\"a\",\n\t\"ᴂ\":\"ae\",\n\t\"ǝ\":\"e\",\n\t\"ᵷ\":\"g\",\n\t\"ɥ\":\"h\",\n\t\"ʮ\":\"h\",\n\t\"ʯ\":\"h\",\n\t\"ᴉ\":\"i\",\n\t\"ʞ\":\"k\",\n\t\"ꞁ\":\"l\",\n\t\"ɯ\":\"m\",\n\t\"ɰ\":\"m\",\n\t\"ᴔ\":\"oe\",\n\t\"ɹ\":\"r\",\n\t\"ɻ\":\"r\",\n\t\"ɺ\":\"r\",\n\t\"ⱹ\":\"r\",\n\t\"ʇ\":\"t\",\n\t\"ʌ\":\"v\",\n\t\"ʍ\":\"w\",\n\t\"ʎ\":\"y\",\n\t\"ꜩ\":\"tz\",\n\t\"ú\":\"u\",\n\t\"ŭ\":\"u\",\n\t\"ǔ\":\"u\",\n\t\"û\":\"u\",\n\t\"ṷ\":\"u\",\n\t\"ü\":\"u\",\n\t\"ǘ\":\"u\",\n\t\"ǚ\":\"u\",\n\t\"ǜ\":\"u\",\n\t\"ǖ\":\"u\",\n\t\"ṳ\":\"u\",\n\t\"ụ\":\"u\",\n\t\"ű\":\"u\",\n\t\"ȕ\":\"u\",\n\t\"ù\":\"u\",\n\t\"ủ\":\"u\",\n\t\"ư\":\"u\",\n\t\"ứ\":\"u\",\n\t\"ự\":\"u\",\n\t\"ừ\":\"u\",\n\t\"ử\":\"u\",\n\t\"ữ\":\"u\",\n\t\"ȗ\":\"u\",\n\t\"ū\":\"u\",\n\t\"ṻ\":\"u\",\n\t\"ų\":\"u\",\n\t\"ᶙ\":\"u\",\n\t\"ů\":\"u\",\n\t\"ũ\":\"u\",\n\t\"ṹ\":\"u\",\n\t\"ṵ\":\"u\",\n\t\"ᵫ\":\"ue\",\n\t\"ꝸ\":\"um\",\n\t\"ⱴ\":\"v\",\n\t\"ꝟ\":\"v\",\n\t\"ṿ\":\"v\",\n\t\"ʋ\":\"v\",\n\t\"ᶌ\":\"v\",\n\t\"ⱱ\":\"v\",\n\t\"ṽ\":\"v\",\n\t\"ꝡ\":\"vy\",\n\t\"ẃ\":\"w\",\n\t\"ŵ\":\"w\",\n\t\"ẅ\":\"w\",\n\t\"ẇ\":\"w\",\n\t\"ẉ\":\"w\",\n\t\"ẁ\":\"w\",\n\t\"ⱳ\":\"w\",\n\t\"ẘ\":\"w\",\n\t\"ẍ\":\"x\",\n\t\"ẋ\":\"x\",\n\t\"ᶍ\":\"x\",\n\t\"ý\":\"y\",\n\t\"ŷ\":\"y\",\n\t\"ÿ\":\"y\",\n\t\"ẏ\":\"y\",\n\t\"ỵ\":\"y\",\n\t\"ỳ\":\"y\",\n\t\"ƴ\":\"y\",\n\t\"ỷ\":\"y\",\n\t\"ỿ\":\"y\",\n\t\"ȳ\":\"y\",\n\t\"ẙ\":\"y\",\n\t\"ɏ\":\"y\",\n\t\"ỹ\":\"y\",\n\t\"ź\":\"z\",\n\t\"ž\":\"z\",\n\t\"ẑ\":\"z\",\n\t\"ʑ\":\"z\",\n\t\"ⱬ\":\"z\",\n\t\"ż\":\"z\",\n\t\"ẓ\":\"z\",\n\t\"ȥ\":\"z\",\n\t\"ẕ\":\"z\",\n\t\"ᵶ\":\"z\",\n\t\"ᶎ\":\"z\",\n\t\"ʐ\":\"z\",\n\t\"ƶ\":\"z\",\n\t\"ɀ\":\"z\",\n\t\"ff\":\"ff\",\n\t\"ffi\":\"ffi\",\n\t\"ffl\":\"ffl\",\n\t\"fi\":\"fi\",\n\t\"fl\":\"fl\",\n\t\"ij\":\"ij\",\n\t\"œ\":\"oe\",\n\t\"st\":\"st\",\n\t\"ₐ\":\"a\",\n\t\"ₑ\":\"e\",\n\t\"ᵢ\":\"i\",\n\t\"ⱼ\":\"j\",\n\t\"ₒ\":\"o\",\n\t\"ᵣ\":\"r\",\n\t\"ᵤ\":\"u\",\n\t\"ᵥ\":\"v\",\n\t\"ₓ\":\"x\",\n\t\"Ё\":\"YO\",\n\t\"Й\":\"I\",\n\t\"Ц\":\"TS\",\n\t\"У\":\"U\",\n\t\"К\":\"K\",\n\t\"Е\":\"E\",\n\t\"Н\":\"N\",\n\t\"Г\":\"G\",\n\t\"Ш\":\"SH\",\n\t\"Щ\":\"SCH\",\n\t\"З\":\"Z\",\n\t\"Х\":\"H\",\n\t\"Ъ\":\"'\",\n\t\"ё\":\"yo\",\n\t\"й\":\"i\",\n\t\"ц\":\"ts\",\n\t\"у\":\"u\",\n\t\"к\":\"k\",\n\t\"е\":\"e\",\n\t\"н\":\"n\",\n\t\"г\":\"g\",\n\t\"ш\":\"sh\",\n\t\"щ\":\"sch\",\n\t\"з\":\"z\",\n\t\"х\":\"h\",\n\t\"ъ\":\"'\",\n\t\"Ф\":\"F\",\n\t\"Ы\":\"I\",\n\t\"В\":\"V\",\n\t\"А\":\"a\",\n\t\"П\":\"P\",\n\t\"Р\":\"R\",\n\t\"О\":\"O\",\n\t\"Л\":\"L\",\n\t\"Д\":\"D\",\n\t\"Ж\":\"ZH\",\n\t\"Э\":\"E\",\n\t\"ф\":\"f\",\n\t\"ы\":\"i\",\n\t\"в\":\"v\",\n\t\"а\":\"a\",\n\t\"п\":\"p\",\n\t\"р\":\"r\",\n\t\"о\":\"o\",\n\t\"л\":\"l\",\n\t\"д\":\"d\",\n\t\"ж\":\"zh\",\n\t\"э\":\"e\",\n\t\"Я\":\"Ya\",\n\t\"Ч\":\"CH\",\n\t\"С\":\"S\",\n\t\"М\":\"M\",\n\t\"И\":\"I\",\n\t\"Т\":\"T\",\n\t\"Ь\":\"'\",\n\t\"Б\":\"B\",\n\t\"Ю\":\"YU\",\n\t\"я\":\"ya\",\n\t\"ч\":\"ch\",\n\t\"с\":\"s\",\n\t\"м\":\"m\",\n\t\"и\":\"i\",\n\t\"т\":\"t\",\n\t\"ь\":\"'\",\n\t\"б\":\"b\",\n\t\"ю\":\"yu\"\n};\n\nexports.transliterate = function(str) {\n\treturn str.replace(/[^A-Za-z0-9\\[\\] ]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || ch\n\t});\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/utils/utils.js": {
            "title": "$:/core/modules/utils/utils.js",
            "text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a message, in colour if we're on a terminal\n*/\nexports.log = function(text,colour) {\n\tconsole.log($tw.node ? exports.terminalColour(colour) + text + exports.terminalColour() : text);\n};\n\nexports.terminalColour = function(colour) {\n\tif(!$tw.browser && $tw.node && process.stdout.isTTY) {\n\t\tif(colour) {\n\t\t\tvar code = exports.terminalColourLookup[colour];\n\t\t\tif(code) {\n\t\t\t\treturn \"\\x1b[\" + code + \"m\";\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"\\x1b[0m\"; // Cancel colour\n\t\t}\n\t}\n\treturn \"\";\n};\n\nexports.terminalColourLookup = {\n\t\"black\": \"0;30\",\n\t\"red\": \"0;31\",\n\t\"green\": \"0;32\",\n\t\"brown/orange\": \"0;33\",\n\t\"blue\": \"0;34\",\n\t\"purple\": \"0;35\",\n\t\"cyan\": \"0;36\",\n\t\"light gray\": \"0;37\"\n};\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\texports.log(text,\"brown/orange\");\n};\n\n/*\nRepeatedly replaces a substring within a string. Like String.prototype.replace, but without any of the default special handling of $ sequences in the replace string\n*/\nexports.replaceString = function(text,search,replace) {\n\treturn text.replace(search,function() {\n\t\treturn replace;\n\t});\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tif(object) {\n\t\tObject.freeze(object);\n\t\tfor(key in object) {\n\t\t\tproperty = object[key];\n\t\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\t\tdeepFreeze(property);\n\t\t\t}\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0XXX/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMilliseconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^XXX/, function() {\n\t\t\t\treturn date.getMilliseconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\t// If the user wants everything in UTC, shift the datestamp\n\t// Optimize for format string that essentially means \n\t// 'return raw UTC (tiddlywiki style) date string.'\n\tif(t.indexOf(\"[UTC]\") == 0 ) {\n\t\tif(t == \"[UTC]YYYY0MM0DD0hh0mm0ssXXX\") \n\t\t\treturn $tw.utils.stringifyDate(new Date());\n\t\tvar offset = date.getTimezoneOffset() ; // in minutes\n\t\tdate = new Date(date.getTime()+offset*60*1000) ;\n\t\tt = t.substr(5) ;\n\t} \n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar x = new Date(dt.getFullYear(),0,1);\n\tvar n = Math.floor((dt.getTime() - x.getTime()) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\",   duration:      365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\",  duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\",    duration:            24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\",   duration:                 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration:                      60 * 1000},\n\t\t{name: \"Seconds\", duration:                           1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&amp;\", < to \"&lt;\", > to \"&gt;\", \" to \"&quot;\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&amp;\").replace(/</mg,\"&lt;\").replace(/>/mg,\"&gt;\").replace(/\\\"/mg,\"&quot;\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn converter(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn converter(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\')            // backslash\n\t\t.replace(/\"/g, '\\\\\"')              // double quote character\n\t\t.replace(/'/g, \"\\\\'\")              // single quote character\n\t\t.replace(/\\r/g, '\\\\r')             // carriage return\n\t\t.replace(/\\n/g, '\\\\n')             // line feed\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n// Turns a string into a legal JSON string\n// Derived from peg.js, thanks to David Majda\nexports.jsonStringify = function(s) {\n\t// See http://www.json.org/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\')            // backslash\n\t\t.replace(/\"/g, '\\\\\"')              // double quote character\n\t\t.replace(/\\r/g, '\\\\r')             // carriage return\n\t\t.replace(/\\n/g, '\\\\n')             // line feed\n\t\t.replace(/\\x08/g, '\\\\b')           // backspace\n\t\t.replace(/\\x0c/g, '\\\\f')           // formfeed\n\t\t.replace(/\\t/g, '\\\\t')             // tab\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g,function(s) {\n\t\t\treturn '\\\\u' + $tw.utils.pad(s.charCodeAt(0).toString(16).toUpperCase(),4);\n\t\t}); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n    return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm =  r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= ending.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n})();\n",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/core/modules/widgets/action-createtiddler.js": {
            "title": "$:/core/modules/widgets/action-createtiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-createtiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to create a new tiddler with a unique name and specified fields.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CreateTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCreateTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCreateTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nCreateTiddlerWidget.prototype.execute = function() {\n\tthis.actionBaseTitle = this.getAttribute(\"$basetitle\");\n\tthis.actionSaveTitle = this.getAttribute(\"$savetitle\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nCreateTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nCreateTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar title = this.wiki.generateNewTitle(this.actionBaseTitle),\n\t\tfields = {},\n\t\tcreationFields,\n\t\tmodificationFields;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tfields[name] = attribute;\n\t\t}\n\t});\n\tif(this.actionTimestamp) {\n\t\tcreationFields = this.wiki.getCreationFields();\n\t\tmodificationFields = this.wiki.getModificationFields();\n\t}\n\tvar tiddler = this.wiki.addTiddler(new $tw.Tiddler(creationFields,fields,modificationFields,{title: title}));\n\tif(this.actionSaveTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveTitle,title,this.getVariable(\"currentTiddler\"));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-createtiddler\"] = CreateTiddlerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-deletefield.js": {
            "title": "$:/core/modules/widgets/action-deletefield.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {},\n\t\thasChanged = false;\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t\tif(this.actionField in tiddler.fields) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t\thasChanged = true;\n\t\t\t}\n\t\t});\n\t\tif(hasChanged) {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,removeFields,this.wiki.getModificationFields()));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-deletetiddler.js": {
            "title": "$:/core/modules/widgets/action-deletetiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-listops.js": {
            "title": "$:/core/modules/widgets/action-listops.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tiddler = this.wiki.getTiddler(this.target),\n\t\t\toldtags = tiddler ? (tiddler.fields.tags || []).slice(0) : [],\n\t\t\ttagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags,\n\t\t\tnewtags = this.wiki.filterTiddlers(tagfilter,this);\n\t\tif($tw.utils.stringifyList(oldtags.sort()) !== $tw.utils.stringifyList(newtags.sort())) {\n\t\t\tthis.wiki.setText(this.target,\"tags\",undefined,$tw.utils.stringifyList(newtags));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-navigate.js": {
            "title": "$:/core/modules/widgets/action-navigate.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-sendmessage.js": {
            "title": "$:/core/modules/widgets/action-sendmessage.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tevent: event\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/action-setfield.js": {
            "title": "$:/core/modules/widgets/action-setfield.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\")  || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/browse.js": {
            "title": "$:/core/modules/widgets/browse.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" and \"nwdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\tif(this.nwdirectory) {\n\t\tdomNode.setAttribute(\"nwdirectory\",this.nwdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,{\n\t\t\t\tcallback: function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t},\n\t\t\t\tdeserializer: self.deserializer\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.deserializer = this.getAttribute(\"deserializer\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n\tthis.nwdirectory = this.getAttribute(\"nwdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/button.js": {
            "title": "$:/core/modules/widgets/button.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Make it draggable if required\n\tif(this.dragTiddler || this.dragFilter) {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.dragTiddler;},\n\t\t\tdragFilterFn: function() {return self.dragFilter;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n    return this.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tevent: event\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\"), event: event});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\tthis.dragTiddler = this.getAttribute(\"dragTiddler\");\n\tthis.dragFilter = this.getAttribute(\"dragFilter\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || changedAttributes.dragFilter || changedAttributes.dragTiddler || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/checkbox.js": {
            "title": "$:/core/modules/widgets/checkbox.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value;\n\t\t\tif($tw.utils.hop(tiddler.fields,this.checkboxField)) {\n\t\t\t\tvalue = tiddler.fields[this.checkboxField] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.checkboxDefault || \"\";\n\t\t\t}\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxIndex) {\n\t\t\tvar value = this.wiki.extractTiddlerDataItem(tiddler,this.checkboxIndex,this.checkboxDefault || \"\");\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag),\n\t\tvalue = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\t// Set the index if specified\n\tif(this.checkboxIndex) {\n\t\tvar indexValue = this.wiki.extractTiddlerDataItem(this.checkboxTitle,this.checkboxIndex);\n\t\tif(!tiddler || indexValue !== value) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tif(this.checkboxIndex) {\n\t\t\tthis.wiki.setText(this.checkboxTitle,\"\",this.checkboxIndex,value);\n\t\t} else {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t\t}\n\t}\n\t// Trigger actions\n\tif(this.checkboxActions) {\n\t\tthis.invokeActionString(this.checkboxActions,this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxActions = this.getAttribute(\"actions\");\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxIndex = this.getAttribute(\"index\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.index || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/codeblock.js": {
            "title": "$:/core/modules/widgets/codeblock.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/count.js": {
            "title": "$:/core/modules/widgets/count.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/draggable.js": {
            "title": "$:/core/modules/widgets/draggable.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/draggable.js\ntype: application/javascript\nmodule-type: widget\n\nDraggable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DraggableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDraggableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDraggableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Sanitise the specified tag\n\tvar tag = this.draggableTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"div\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [\"tc-draggable\"];\n\tif(this.draggableClasses) {\n\t\tclasses.push(this.draggableClasses);\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Add event handlers\n\t$tw.utils.makeDraggable({\n\t\tdomNode: domNode,\n\t\tdragTiddlerFn: function() {return self.getAttribute(\"tiddler\");},\n\t\tdragFilterFn: function() {return self.getAttribute(\"filter\");},\n\t\twidget: this\n\t});\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDraggableWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.draggableTag = this.getAttribute(\"tag\",\"div\");\n\tthis.draggableClasses = this.getAttribute(\"class\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDraggableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedTiddlers.tag || changedTiddlers[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.draggable = DraggableWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/droppable.js": {
            "title": "$:/core/modules/widgets/droppable.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/droppable.js\ntype: application/javascript\nmodule-type: widget\n\nDroppable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DroppableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDroppableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDroppableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.droppableTag && $tw.config.htmlUnsafeElements.indexOf(this.droppableTag) === -1) {\n\t\ttag = this.droppableTag;\n\t}\n\t// Create element and assign classes\n\tvar domNode = this.document.createElement(tag),\n\t\tclasses = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-droppable\");\n\tdomNode.className = classes.join(\" \");\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"}\n\t]);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDroppableWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDroppableWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally. The hacky second condition is to resolve a problem with Firefox whereby there is an erroneous dragenter event if the node being dragged is within the dropzone\n\tif(this.currentlyEntered.length === 0 || (this.currentlyEntered.length === 1 && this.currentlyEntered[0] === $tw.dragInProgress)) {\n\t\tthis.currentlyEntered = [];\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDroppableWidget.prototype.handleDragEnterEvent  = function(event) {\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragOverEvent  = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\t// Set the drop effect\n\tevent.dataTransfer.dropEffect = this.droppableEffect;\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragLeaveEvent  = function(event) {\n\tthis.leaveDrag(event);\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDropEvent  = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar dataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Try to import the various data types we understand\n\t$tw.utils.importDataTransfer(dataTransfer,null,function(fieldsArray) {\n\t\tfieldsArray.forEach(function(fields) {\n\t\t\tself.performActions(fields.title || fields.text,event);\n\t\t});\n\t});\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.performActions = function(title,event) {\n\tif(this.droppableActions) {\n\t\tthis.invokeActionString(this.droppableActions,this,event,{actionTiddler: title});\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDroppableWidget.prototype.execute = function() {\n\tthis.droppableActions = this.getAttribute(\"actions\");\n\tthis.droppableEffect = this.getAttribute(\"effect\",\"copy\");\n\tthis.droppableTag = this.getAttribute(\"tag\");\n\tthis.droppableClass = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDroppableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.droppable = DroppableWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/dropzone.js": {
            "title": "$:/core/modules/widgets/dropzone.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDropZoneWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally\n\tif(this.currentlyEntered.length === 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent  = function(event) {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent  = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent  = function(event) {\n\tthis.leaveDrag(event);\n};\n\nDropZoneWidget.prototype.handleDropEvent  = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = 0;\n\tif(dataTransfer.files) {\n\t\tnumFiles = this.wiki.readFiles(dataTransfer.files,{\n\t\t\tcallback: readFileCallback,\n\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t});\n\t}\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\t$tw.utils.importDataTransfer(dataTransfer,this.wiki.generateNewTitle(\"Untitled\"),readFileCallback);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handlePasteEvent  = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),{\n\t\t\t\t\tcallback: readFileCallback,\n\t\t\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\tthis.dropzoneDeserializer = this.getAttribute(\"deserializer\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-binary.js": {
            "title": "$:/core/modules/widgets/edit-binary.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-bitmap.js": {
            "title": "$:/core/modules/widgets/edit-bitmap.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-shortcut.js": {
            "title": "$:/core/modules/widgets/edit-shortcut.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit-text.js": {
            "title": "$:/core/modules/widgets/edit-text.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/edit.js": {
            "title": "$:/core/modules/widgets/edit.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/element.js": {
            "title": "$:/core/modules/widgets/element.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/encrypt.js": {
            "title": "$:/core/modules/widgets/encrypt.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/entity.js": {
            "title": "$:/core/modules/widgets/entity.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/fieldmangler.js": {
            "title": "$:/core/modules/widgets/fieldmangler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.mangleTitle, tags: tag},modification));\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/fields.js": {
            "title": "$:/core/modules/widgets/fields.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = $tw.utils.replaceString(row,\"$name$\",fieldName);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$value$\",value);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/image.js": {
            "title": "$:/core/modules/widgets/image.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/importvariables.js": {
            "title": "$:/core/modules/widgets/importvariables.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/keyboard.js": {
            "title": "$:/core/modules/widgets/keyboard.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.tag && $tw.config.htmlUnsafeElements.indexOf(this.tag) === -1) {\n\t\ttag = this.tag;\n\t}\n\t// Create element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.tag = this.getAttribute(\"tag\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/link.js": {
            "title": "$:/core/modules/widgets/link.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar MISSING_LINK_CONFIG_TITLE = \"$:/config/MissingLinks\";\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikilinkTransformFilter = this.getVariable(\"tv-filter-export-link\"),\n\t\twikiLinkText;\n\tif(wikilinkTransformFilter) {\n\t\t// Use the filter to construct the href\n\t\twikiLinkText = this.wiki.filterTiddlers(wikilinkTransformFilter,this,function(iterator) {\n\t\t\titerator(self.wiki.getTiddler(self.to),self.to)\n\t\t})[0];\n\t} else {\n\t\t// Expand the tv-wikilink-template variable to construct the href\n\t\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\";\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkTemplate,\"$uri_encoded$\",encodeURIComponent(this.to));\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkText,\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\t}\n\t// Override with the value of tv-get-export-link if defined\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\t// Set the tabindex\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\t// Make the link draggable if required\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.to;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tmetaKey: event.metaKey,\n\t\tctrlKey: event.ctrlKey,\n\t\taltKey: event.altKey,\n\t\tshiftKey: event.shiftKey\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = ($tw.wiki.getTiddlerText(MISSING_LINK_CONFIG_TITLE,\"yes\") === \"no\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip || changedTiddlers[MISSING_LINK_CONFIG_TITLE]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/linkcatcher.js": {
            "title": "$:/core/modules/widgets/linkcatcher.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n\t// When executing actions we avoid trapping navigate events, so that we don't trigger ourselves recursively\n\tthis.executingActions = false;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(!this.executingActions) {\n\t\t// Execute the actions\n\t\tif(this.catchTo) {\n\t\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t\t}\n\t\tif(this.catchMessage && this.parentWidget) {\n\t\t\tthis.parentWidget.dispatchEvent({\n\t\t\t\ttype: this.catchMessage,\n\t\t\t\tparam: event.navigateTo,\n\t\t\t\tnavigateTo: event.navigateTo\n\t\t\t});\n\t\t}\n\t\tif(this.catchSet) {\n\t\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t\t}\n\t\tif(this.catchActions) {\n\t\t\tthis.executingActions = true;\n\t\t\tthis.invokeActionString(this.catchActions,this,event,{navigateTo: event.navigateTo});\n\t\t\tthis.executingActions = false;\n\t\t}\n\t} else {\n\t\t// This is a navigate event generated by the actions of this linkcatcher, so we don't trap it again, but just pass it to the parent\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: \"tm-navigate\",\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/list.js": {
            "title": "$:/core/modules/widgets/list.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(this.storyViewName && !StoryView) {\n\t\tStoryView = this.storyViews[\"classic\"];\n\t}\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/macrocall.js": {
            "title": "$:/core/modules/widgets/macrocall.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/navigator.js": {
            "title": "$:/core/modules/widgets/navigator.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\tthis.setVariable(\"tv-story-list\",this.storyTitle);\n\tthis.setVariable(\"tv-history-list\",this.historyTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\t// Quit if we cannot get hold of the story list\n\tif(!storyList) {\n\t\treturn;\n\t}\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(title);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(fromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(this.getAttribute(\"openLinkFromInsideRiver\",\"below\")) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,title);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-navigating\",event);\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar editTiddler = $tw.hooks.invokeHook(\"th-editing-tiddler\",event);\n\tif(!editTiddler) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\toriginalTiddler = originalTitle ? this.wiki.getTiddler(originalTitle) : undefined,\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tif(originalTiddler) {\n\t\t\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",originalTiddler);\n\t\t}\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Invoke the hook function and delete this tiddler\n\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",tiddler);\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// If enabled, relink references to renamed tiddler\n\t\t\t\tvar shouldRelink = this.getAttribute(\"relinkOnRename\",\"no\").toLowerCase().trim() === \"yes\";\n\t\t\t\tif(isRename && shouldRelink && this.wiki.tiddlerExists(draftOf)) {\nconsole.log(\"Relinking '\" + draftOf + \"' to '\" + draftTitle + \"'\");\n\t\t\t\t\tthis.wiki.relinkTiddler(draftOf,draftTitle);\n\t\t\t\t}\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// #2381 always remove new title & old\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\tthis.removeTitleFromStory(storyList,draftOf);\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Make a copy of the additional fields excluding any blank ones\n\tvar filteredAdditionalFields = $tw.utils.extend({},additionalFields);\n\tObject.keys(filteredAdditionalFields).forEach(function(fieldName) {\n\t\tif(filteredAdditionalFields[fieldName] === \"\") {\n\t\t\tdelete filteredAdditionalFields[fieldName];\n\t\t}\n\t});\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags);\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\tadditionalFields,\n\t\texistingTiddler,\n\t\tfilteredAdditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\ttiddlerFields.title = $tw.utils.trim(tiddlerFields.title);\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\n\t}\n\treturn false;\n};\n\n//\nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\t\t\ttiddler = $tw.hooks.invokeHook(\"th-importing-tiddler\",tiddler);\n\t\t\tself.wiki.addTiddler(tiddler);\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\t$tw.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/password.js": {
            "title": "$:/core/modules/widgets/password.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/radio.js": {
            "title": "$:/core/modules/widgets/radio.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nSet a field or index at a given tiddler via radio buttons\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.radioTitle);\n\tif (this.radioIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.radioTitle,this.radioIndex);\n\t} else {\n\t\tvalue = tiddler && tiddler.getFieldString(this.radioField);\n\t}\n\treturn value;\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioIndex) {\n\t\tthis.wiki.setText(this.radioTitle,\"\",this.radioIndex,this.radioValue);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioIndex = this.getAttribute(\"index\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/raw.js": {
            "title": "$:/core/modules/widgets/raw.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/reveal.js": {
            "title": "$:/core/modules/widgets/reveal.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n        $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n        }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/scrollable.js": {
            "title": "$:/core/modules/widgets/scrollable.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/select.js": {
            "title": "$:/core/modules/widgets/select.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tif(values.indexOf(select.children[i].value) != -1) {\n\t\t\t\tselect.children[i].selected = true;\n\t\t\t}\n\t\t}\n\t\t\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/set.js": {
            "title": "$:/core/modules/widgets/set.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setSelect = this.getAttribute(\"select\");\n\tthis.setTiddler = this.getAttribute(\"tiddler\");\n\tthis.setField = this.getAttribute(\"field\");\n\tthis.setIndex = this.getAttribute(\"index\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setTiddler) {\n\t\tvar tiddler = this.wiki.getTiddler(this.setTiddler);\n\t\tif(!tiddler) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t} else if(this.setField) {\n\t\t\tvalue = tiddler.getFieldString(this.setField) || this.setEmptyValue;\n\t\t} else if(this.setIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.setTiddler,this.setIndex,this.setEmptyValue);\n\t\t} else {\n\t\t\tvalue = tiddler.fields.text || this.setEmptyValue ;\n\t\t}\n\t} else if(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvar select;\n\t\t\tif(this.setSelect) {\n\t\t\t\tselect = parseInt(this.setSelect,10);\n\t\t\t}\n\t\t\tif(select !== undefined) {\n\t\t\t\tvalue = results[select] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = $tw.utils.stringifyList(results);\t\t\t\n\t\t\t}\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value || \"\";\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.select || changedAttributes.tiddler || (this.setTiddler && changedTiddlers[this.setTiddler]) || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes.emptyValue ||\n\t   (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/text.js": {
            "title": "$:/core/modules/widgets/text.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/tiddler.js": {
            "title": "$:/core/modules/widgets/tiddler.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/transclude.js": {
            "title": "$:/core/modules/widgets/transclude.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/vars.js": {
            "title": "$:/core/modules/widgets/vars.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n  <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/view.js": {
            "title": "$:/core/modules/widgets/view.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tthis.viewMode = this.getAttribute(\"mode\",\"block\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function(mode) {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/widget.js": {
            "title": "$:/core/modules/widgets/widget.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = $tw.utils.replaceString(text,new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"filtered\") {\n\t\t\tvalue = self.wiki.filterTiddlers(attribute.filter,self)[0] || \"\";\n\t\t} else if(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction) {\n\t\t\tchild.refreshSelf();\n\t\t\tif(child.invokeAction(triggeringWidget,event)) {\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event,variables) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document,\n\t\t\tvariables: variables\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/widgets/wikify.js": {
            "title": "$:/core/modules/widgets/wikify.js",
            "text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"formattedtext\":\n\t\t\tresult = this.wikifyContainer.formattedTextContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/core/modules/wiki-bulkops.js": {
            "title": "$:/core/modules/wiki-bulkops.js",
            "text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nfunction renameTiddler(fromTitle,toTitle,options) {\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar oldTiddler = this.getTiddler(fromTitle),\n\t\t\tnewTiddler = new $tw.Tiddler(oldTiddler,{title: toTitle},this.getModificationFields());\n\t\tnewTiddler = $tw.hooks.invokeHook(\"th-renaming-tiddler\",newTiddler,oldTiddler);\n\t\tthis.addTiddler(newTiddler);\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.relinkTiddler(fromTitle,toTitle,options)\n\t}\n}\n\n/*\nRelink any tags or lists that reference a given tiddler\n*/\nfunction relinkTiddler(fromTitle,toTitle,options) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar type = tiddler.fields.type || \"\";\n\t\t\t// Don't touch plugins or JavaScript modules\n\t\t\tif(!tiddler.fields[\"plugin-type\"] && type !== \"application/javascript\") {\n\t\t\t\tvar tags = (tiddler.fields.tags || []).slice(0),\n\t\t\t\t\tlist = (tiddler.fields.list || []).slice(0),\n\t\t\t\t\tisModified = false;\n\t\t\t\tif(!options.dontRenameInTags) {\n\t\t\t\t\t// Rename tags\n\t\t\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming tag '\" + tags[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(!options.dontRenameInLists) {\n\t\t\t\t\t// Rename lists\n\t\t\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming list item '\" + list[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(isModified) {\n\t\t\t\t\tvar newTiddler = new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields())\n\t\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-relinking-tiddler\",newTiddler,tiddler);\n\t\t\t\t\tself.addTiddler(newTiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\nexports.renameTiddler = renameTiddler;\nexports.relinkTiddler = relinkTiddler;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/core/modules/wiki.js": {
            "title": "$:/core/modules/wiki.js",
            "text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\",\n\tTIMESTAMP_DISABLE_TITLE = \"$:/config/TimestampDisable\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type]  || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = {\n\t\t\t\tcreated: new Date()\n\t\t\t},\n\t\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\t\tif(creator) {\n\t\t\tfields.creator = creator;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = Object.create(null),\n\t\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\t\tfields.modified = new Date();\n\t\tif(modifier) {\n\t\t\tfields.modifier = modifier;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a sorted array of tiddler titles.  Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t\t\t\t\t\t\t(isDescending ? y - x :  x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,undefined);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t}) || defaultData;\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerDataCached(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\noptions.importVariables: optional importvariables filter string for macros to be included\noptions.importPageMacros: optional boolean; if true, equivalent to passing \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\" to options.importVariables\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTreeDiv = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: []}]},\n\t\tparseTreeImportVariables = {\n\t\t\ttype: \"importvariables\",\n\t\t\tattributes: {\n\t\t\t\tfilter: {\n\t\t\t\t\tname: \"filter\",\n\t\t\t\t\ttype: \"string\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tisBlock: false,\n\t\t\tchildren: []},\n\t\tparseTreeTransclude = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {\n\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title}},\n\t\t\tisBlock: !options.parseAsInline};\n\tif(options.importVariables || options.importPageMacros) {\n\t\tif(options.importVariables) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = options.importVariables;\n\t\t} else if(options.importPageMacros) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\";\n\t\t}\n\t\tparseTreeDiv.tree[0].children.push(parseTreeImportVariables);\n\t\tparseTreeImportVariables.children.push(parseTreeTransclude);\n\t} else {\n\t\tparseTreeDiv.tree[0].children.push(parseTreeTransclude);\n\t}\n\tif(options.field) {\n\t\tparseTreeTransclude.attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTreeTransclude.attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTreeTransclude.children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTreeDiv,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nCheck whether the text of a tiddler matches a given value. By default, the comparison is case insensitive, and any spaces at either end of the tiddler text is trimmed\n*/\nexports.checkTiddlerText = function(title,targetText,options) {\n\toptions = options || {};\n\tvar text = this.getTiddlerText(title,\"\");\n\tif(!options.noTrim) {\n\t\ttext = text.trim();\n\t}\n\tif(!options.caseSensitive) {\n\t\ttext = text.toLowerCase();\n\t\ttargetText = targetText.toLowerCase();\n\t}\n\treturn text === targetText;\n}\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\tvar result = [],\n\t\toutstanding = files.length,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t};\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],Object.assign({},options,{callback: readFileCallback}));\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Give the hook a chance to process the drag\n\tif($tw.hooks.invokeHook(\"th-importing-file\",{\n\t\tfile: file,\n\t\ttype: type,\n\t\tisBinary: isBinary,\n\t\tcallback: callback\n\t}) !== true) {\n\t\tthis.readFileContent(file,type,isBinary,options.deserializer,callback);\n\t}\n};\n\n/*\nLower level utility to read the content of a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFileContent = function(file,type,isBinary,deserializer,callback) {\n\tvar self = this;\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\tif(isBinary) {\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttext = text.substr(commaPos + 1);\n\t\t\t}\n\t\t}\n\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedJson) {\n\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\tcallback(tiddlers);\n\t\t\t});\n\t\t} else {\n\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields,{deserializer: deserializer}));\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create  a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\tstory.addToHistory(title,fromPageRect);\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n\n",
            "type": "application/javascript",
            "module-type": "wikimethod"
        },
        "$:/palettes/Blanca": {
            "title": "$:/palettes/Blanca",
            "name": "Blanca",
            "description": "A clean white palette to let you focus",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Blue": {
            "title": "$:/palettes/Blue",
            "name": "Blue",
            "description": "A blue theme",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Muted": {
            "title": "$:/palettes/Muted",
            "name": "Muted",
            "description": "Bright tiddlers on a muted background",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/ContrastLight": {
            "title": "$:/palettes/ContrastLight",
            "name": "Contrast (Light)",
            "description": "High contrast and unambiguous (light version)",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/ContrastDark": {
            "title": "$:/palettes/ContrastDark",
            "name": "Contrast (Dark)",
            "description": "High contrast and unambiguous (dark version)",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/DarkPhotos": {
            "title": "$:/palettes/DarkPhotos",
            "created": "20150402111612188",
            "description": "Good with dark photo backgrounds",
            "modified": "20150402112344080",
            "name": "DarkPhotos",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Rocker": {
            "title": "$:/palettes/Rocker",
            "name": "Rocker",
            "description": "A dark theme",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/SolarFlare": {
            "title": "$:/palettes/SolarFlare",
            "name": "Solar Flare",
            "description": "Warm, relaxing earth colours",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n    download-foreground: <<colour background>>\n    dragger-foreground: <<colour background>>\n    dropdown-background: <<colour background>>\n    modal-background: <<colour background>>\n    sidebar-foreground-shadow: <<colour background>>\n    tiddler-background: <<colour background>>\n    tiddler-border: <<colour background>>\n    tiddler-link-background: <<colour background>>\n    tab-background-selected: <<colour background>>\n        dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n    dragger-background: <<colour foreground>>\n    tab-foreground: <<colour foreground>>\n        tab-foreground-selected: <<colour tab-foreground>>\n            sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n        sidebar-tab-foreground: <<colour tab-foreground>>\n    sidebar-button-foreground: <<colour foreground>>\n    sidebar-controls-foreground: <<colour foreground>>\n    sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n    alert-muted-foreground: <<colour base01>>\n: base00\n    code-foreground: <<colour base00>>\n    message-foreground: <<colour base00>>\n    tag-foreground: <<colour base00>>\n: base0\n    sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n    muted-foreground: <<colour base1>>\n        blockquote-bar: <<colour muted-foreground>>\n        dropdown-border: <<colour muted-foreground>>\n        sidebar-muted-foreground: <<colour muted-foreground>>\n        tiddler-title-foreground: <<colour muted-foreground>>\n            site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n    modal-footer-background: <<colour base2>>\n    page-background: <<colour base2>>\n        modal-backdrop: <<colour page-background>>\n        notification-background: <<colour page-background>>\n        code-background: <<colour page-background>>\n            code-border: <<colour code-background>>\n        pre-background: <<colour page-background>>\n            pre-border: <<colour pre-background>>\n        sidebar-tab-background-selected: <<colour page-background>>\n    table-header-background: <<colour base2>>\n    tag-background: <<colour base2>>\n    tiddler-editor-background: <<colour base2>>\n    tiddler-info-background: <<colour base2>>\n    tiddler-info-tab-background: <<colour base2>>\n    tab-background: <<colour base2>>\n        dropdown-tab-background: <<colour tab-background>>\n: base3\n    alert-background: <<colour base3>>\n    message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n    alert-highlight: <<colour magenta>>\n: violet\n    external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n    tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n    external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n    primary: <<colour blue-muted>>\n        download-background: <<colour primary>>\n        tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n    modal-footer-border: <<colour tab-border>>\n    modal-header-border: <<colour tab-border>>\n    notification-border: <<colour tab-border>>\n    sidebar-tab-border: <<colour tab-border>>\n    tab-border-selected: <<colour tab-border>>\n        sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n    sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/palettes/Vanilla": {
            "title": "$:/palettes/Vanilla",
            "name": "Vanilla",
            "description": "Pale and unobtrusive",
            "tags": "$:/tags/Palette",
            "type": "application/x-tiddler-dictionary",
            "text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
        },
        "$:/core/readme": {
            "title": "$:/core/readme",
            "text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
        },
        "$:/library/sjcl.js/license": {
            "title": "$:/library/sjcl.js/license",
            "type": "text/plain",
            "text": "SJCL is open. You can use, modify and redistribute it under a BSD\nlicense or under the GNU GPL, version 2.0.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/BSD-2-Clause\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University. All rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are\nmet:\n\n1. Redistributions of source code must retain the above copyright\nnotice, this list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright\nnotice, this list of conditions and the following disclaimer in the\ndocumentation and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\nIS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\nTO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\nPARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\nHOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\nSPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\nPROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\nLIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\nNEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/GPL-2.0\n\nThe Stanford Javascript Crypto Library (hosted here on GitHub) is a\nproject by the Stanford Computer Security Lab to build a secure,\npowerful, fast, small, easy-to-use, cross-browser library for\ncryptography in Javascript.\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University.\n\nThis program is free software; you can redistribute it and/or modify it\nunder the terms of the GNU General Public License as published by the\nFree Software Foundation; either version 2 of the License, or (at your\noption) any later version.\n\nThis program is distributed in the hope that it will be useful, but\nWITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General\nPublic License for more details.\n\nYou should have received a copy of the GNU General Public License along\nwith this program; if not, write to the Free Software Foundation, Inc.,\n59 Temple Place, Suite 330, Boston, MA 02111-1307 USA"
        },
        "$:/core/templates/MOTW.html": {
            "title": "$:/core/templates/MOTW.html",
            "text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)https://tiddlywiki.com -->&#13;&#10;"
        },
        "$:/core/templates/alltiddlers.template.html": {
            "title": "$:/core/templates/alltiddlers.template.html",
            "type": "text/vnd.tiddlywiki-html",
            "text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
        },
        "$:/core/templates/canonical-uri-external-image": {
            "title": "$:/core/templates/canonical-uri-external-image",
            "text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
        },
        "$:/core/templates/canonical-uri-external-raw": {
            "title": "$:/core/templates/canonical-uri-external-raw",
            "text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external raw files that are stored in the same directory\n\n-->\n<$view field=\"title\" format=\"doubleurlencoded\"/>"
        },
        "$:/core/templates/canonical-uri-external-text": {
            "title": "$:/core/templates/canonical-uri-external-text",
            "text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
        },
        "$:/core/templates/css-tiddler": {
            "title": "$:/core/templates/css-tiddler",
            "text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
        },
        "$:/core/templates/exporters/CsvFile": {
            "title": "$:/core/templates/exporters/CsvFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/CsvFile}}",
            "extension": ".csv",
            "text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
        },
        "$:/core/templates/exporters/JsonFile": {
            "title": "$:/core/templates/exporters/JsonFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/JsonFile}}",
            "extension": ".json",
            "text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
        },
        "$:/core/templates/exporters/StaticRiver": {
            "title": "$:/core/templates/exporters/StaticRiver",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/StaticRiver}}",
            "extension": ".html",
            "text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
        },
        "$:/core/templates/exporters/StaticRiver/Content": {
            "title": "$:/core/templates/exporters/StaticRiver/Content",
            "text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
        },
        "$:/core/templates/exporters/TidFile": {
            "title": "$:/core/templates/exporters/TidFile",
            "tags": "$:/tags/Exporter",
            "description": "{{$:/language/Exporters/TidFile}}",
            "extension": ".tid",
            "text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
        },
        "$:/core/templates/html-div-tiddler": {
            "title": "$:/core/templates/html-div-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
        },
        "$:/core/templates/html-tiddler": {
            "title": "$:/core/templates/html-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
        },
        "$:/core/templates/javascript-tiddler": {
            "title": "$:/core/templates/javascript-tiddler",
            "text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
        },
        "$:/core/templates/json-tiddler": {
            "title": "$:/core/templates/json-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as raw JSON\n\n--><$text text=<<jsontiddler>>/>"
        },
        "$:/core/templates/module-tiddler": {
            "title": "$:/core/templates/module-tiddler",
            "text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
        },
        "$:/core/templates/plain-text-tiddler": {
            "title": "$:/core/templates/plain-text-tiddler",
            "text": "<$view field=\"text\" format=\"text\" />"
        },
        "$:/core/templates/raw-static-tiddler": {
            "title": "$:/core/templates/raw-static-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
        },
        "$:/core/save/all": {
            "title": "$:/core/save/all",
            "text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/empty": {
            "title": "$:/core/save/empty",
            "text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/lazy-all": {
            "title": "$:/core/save/lazy-all",
            "text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/save/lazy-images": {
            "title": "$:/core/save/lazy-images",
            "text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
        },
        "$:/core/templates/single.tiddler.window": {
            "title": "$:/core/templates/single.tiddler.window",
            "text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
        },
        "$:/core/templates/split-recipe": {
            "title": "$:/core/templates/split-recipe",
            "text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
        },
        "$:/core/templates/static-tiddler": {
            "title": "$:/core/templates/static-tiddler",
            "text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
        },
        "$:/core/templates/static.area": {
            "title": "$:/core/templates/static.area",
            "text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
        },
        "$:/core/templates/static.content": {
            "title": "$:/core/templates/static.content",
            "text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|https://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
        },
        "$:/core/templates/static.template.css": {
            "title": "$:/core/templates/static.template.css",
            "text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
        },
        "$:/core/templates/static.template.html": {
            "title": "$:/core/templates/static.template.html",
            "type": "text/vnd.tiddlywiki-html",
            "text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
        },
        "$:/core/templates/static.tiddler.html": {
            "title": "$:/core/templates/static.tiddler.html",
            "text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
        },
        "$:/core/templates/store.area.template.html": {
            "title": "$:/core/templates/store.area.template.html",
            "text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
        },
        "$:/core/templates/tid-tiddler": {
            "title": "$:/core/templates/tid-tiddler",
            "text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
        },
        "$:/core/templates/tiddler-metadata": {
            "title": "$:/core/templates/tiddler-metadata",
            "text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
        },
        "$:/core/templates/tiddlywiki5.html": {
            "title": "$:/core/templates/tiddlywiki5.html",
            "text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\">\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
        },
        "$:/core/templates/version": {
            "title": "$:/core/templates/version",
            "text": "<<version>>"
        },
        "$:/core/templates/wikified-tiddler": {
            "title": "$:/core/templates/wikified-tiddler",
            "text": "<$transclude />"
        },
        "$:/core/ui/AboveStory/tw2-plugin-check": {
            "title": "$:/core/ui/AboveStory/tw2-plugin-check",
            "tags": "$:/tags/AboveStory",
            "text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter": {
            "title": "$:/core/ui/AdvancedSearch/Filter",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Filter/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
            "title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
            "tags": "$:/tags/AdvancedSearch/FilterButton",
            "text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Shadows": {
            "title": "$:/core/ui/AdvancedSearch/Shadows",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Shadows/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/Standard": {
            "title": "$:/core/ui/AdvancedSearch/Standard",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/Standard/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$list>\n</$reveal>\n"
        },
        "$:/core/ui/AdvancedSearch/System": {
            "title": "$:/core/ui/AdvancedSearch/System",
            "tags": "$:/tags/AdvancedSearch",
            "caption": "{{$:/language/Search/System/Caption}}",
            "text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
        },
        "$:/AdvancedSearch": {
            "title": "$:/AdvancedSearch",
            "icon": "$:/core/images/advanced-search-button",
            "color": "#bbb",
            "text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
        },
        "$:/core/ui/AlertTemplate": {
            "title": "$:/core/ui/AlertTemplate",
            "text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
        },
        "$:/core/ui/BinaryWarning": {
            "title": "$:/core/ui/BinaryWarning",
            "text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
        },
        "$:/core/ui/Components/plugin-info": {
            "title": "$:/core/ui/Components/plugin-info",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage,default-popup-state)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-info(type,default-popup-state)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>> default=\"\"\"$default-popup-state$\"\"\">\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$set name=\"tabsList\" filter=\"[<currentTiddler>list[]] contents\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList=<<tabsList>> default={{{ [enlist<tabsList>] }}} template=\"$:/core/ui/PluginInfo\"/>\n</$set>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n<$macrocall $name=\"plugin-info\" type=<<plugin-type>> default-popup-state=<<default-popup-state>>/>\n"
        },
        "$:/core/ui/Components/tag-link": {
            "title": "$:/core/ui/Components/tag-link",
            "text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
        },
        "$:/core/ui/ControlPanel/Advanced": {
            "title": "$:/core/ui/ControlPanel/Advanced",
            "tags": "$:/tags/ControlPanel/Info",
            "caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
            "text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/Appearance": {
            "title": "$:/core/ui/ControlPanel/Appearance",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
            "text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/Basics": {
            "title": "$:/core/ui/ControlPanel/Basics",
            "tags": "$:/tags/ControlPanel/Info",
            "caption": "{{$:/language/ControlPanel/Basics/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Text\"><<lingo NewJournal/Text/Prompt>></$link> |<$edit tiddler=\"$:/config/NewJournal/Text\" tag=\"textarea\" class=\"tc-edit-texteditor\" default=\"\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
        },
        "$:/core/ui/ControlPanel/EditorTypes": {
            "title": "$:/core/ui/ControlPanel/EditorTypes",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ControlPanel/Info": {
            "title": "$:/core/ui/ControlPanel/Info",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Info/Caption}}",
            "text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
        },
        "$:/core/ui/ControlPanel/KeyboardShortcuts": {
            "title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip=<<lingo Remove/Hint>>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n&times;\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[all[tiddlers+shadows][$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>prefix[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ControlPanel/LoadedModules": {
            "title": "$:/core/ui/ControlPanel/LoadedModules",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
        },
        "$:/core/ui/ControlPanel/Modals/AddPlugins": {
            "title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
            "subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
            "text": "\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\"\"\">\n{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\"\"\">\n<em>\n{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define close-library-button()\n<$reveal type='nomatch' state='$:/temp/ServerConnection/$(PluginLibraryURL)$' text=''>\n<$button class='tc-btn-big-green'>\n<$action-sendmessage $message=\"tm-unload-plugin-library\" url={{!!url}}/>\n{{$:/core/images/chevron-left}} {{$:/language/ControlPanel/Plugins/ClosePluginLibrary}}\n<$action-deletetiddler $filter=\"[prefix[$:/temp/ServerConnection/$(PluginLibraryURL)$]][prefix[$:/temp/RemoteAssetInfo/$(PluginLibraryURL)$]]\"/>\n</$button>\n</$reveal>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<$set name=PluginLibraryURL value={{!!url}}>\n<<close-library-button>>\n</$set>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<div>\n<<plugin-library-listing>>\n</div>\n\n</$importvariables>\n"
        },
        "$:/core/ui/ControlPanel/Palette": {
            "title": "$:/core/ui/ControlPanel/Palette",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Palette/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
        },
        "$:/core/ui/ControlPanel/Parsing": {
            "title": "$:/core/ui/ControlPanel/Parsing",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define toggle(Type)\n<$checkbox\ntiddler=\"\"\"$:/config/WikiParserRules/$Type$/$(rule)$\"\"\"\nfield=\"text\"\nchecked=\"enable\"\nunchecked=\"disable\"\ndefault=\"enable\">\n<<rule>>\n</$checkbox>\n\\end\n\n\\define rules(type,Type)\n<$list filter=\"[wikiparserrules[$type$]]\" variable=\"rule\">\n<dd><<toggle $Type$>></dd>\n</$list>\n\\end\n\n<<lingo Hint>>\n\n<dl>\n<dt><<lingo Pragma/Caption>></dt>\n<<rules pragma Pragma>>\n<dt><<lingo Inline/Caption>></dt>\n<<rules inline Inline>>\n<dt><<lingo Block/Caption>></dt>\n<<rules block Block>>\n</dl>"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Languages": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
            "text": "<<display-server-assets language>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}  (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
            "text": "<<display-server-assets plugin>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Add/Themes": {
            "title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}  (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
            "text": "<<display-server-assets theme>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/AddPlugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
            "text": "<<plugin-table language>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
            "text": "<<plugin-table plugin>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
            "title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
            "text": "<<plugin-table theme>>\n"
        },
        "$:/core/ui/ControlPanel/Plugins": {
            "title": "$:/core/ui/ControlPanel/Plugins",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define plugin-table(type)\n<$set name=\"plugin-type\" value=\"\"\"$type$\"\"\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">> template=\"$:/core/ui/Components/plugin-info\"/>\n</$set>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
        },
        "$:/core/ui/ControlPanel/Saving/DownloadSaver": {
            "title": "$:/core/ui/ControlPanel/Saving/DownloadSaver",
            "tags": "$:/tags/ControlPanel/Saving",
            "caption": "{{$:/language/ControlPanel/Saving/DownloadSaver/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Saving/DownloadSaver/\n\n<<lingo Hint>>\n\n!! <$link to=\"$:/config/DownloadSaver/AutoSave\"><<lingo AutoSave/Hint>></$link>\n\n<$checkbox tiddler=\"$:/config/DownloadSaver/AutoSave\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <<lingo AutoSave/Description>> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Saving/General": {
            "title": "$:/core/ui/ControlPanel/Saving/General",
            "tags": "$:/tags/ControlPanel/Saving",
            "caption": "{{$:/language/ControlPanel/Saving/General/Caption}}",
            "list-before": "",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n{{$:/language/ControlPanel/Saving/General/Hint}}\n\n!! <$link to=\"$:/config/AutoSave\"><<lingo AutoSave/Caption>></$link>\n\n<<lingo AutoSave/Hint>>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo AutoSave/Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo AutoSave/Disabled/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Saving/TiddlySpot": {
            "title": "$:/core/ui/ControlPanel/Saving/TiddlySpot",
            "tags": "$:/tags/ControlPanel/Saving",
            "caption": "{{$:/language/ControlPanel/Saving/TiddlySpot/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Saving/TiddlySpot/\n\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"upload\"/> |\n|<<lingo Backups>> |<<backupLink>> |\n\n''<<lingo Advanced/Heading>>''\n\n|<<lingo ServerURL>>  |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
        },
        "$:/core/ui/ControlPanel/Saving": {
            "title": "$:/core/ui/ControlPanel/Saving",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Saving/Caption}}",
            "text": "{{$:/language/ControlPanel/Saving/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Saving]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Saving/General\">>\n</div>\n"
        },
        "$:/core/buttonstyles/Borderless": {
            "title": "$:/core/buttonstyles/Borderless",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
            "text": "tc-btn-invisible"
        },
        "$:/core/buttonstyles/Boxed": {
            "title": "$:/core/buttonstyles/Boxed",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
            "text": "tc-btn-boxed"
        },
        "$:/core/buttonstyles/Rounded": {
            "title": "$:/core/buttonstyles/Rounded",
            "tags": "$:/tags/ToolbarButtonStyle",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
            "text": "tc-btn-rounded"
        },
        "$:/core/ui/ControlPanel/Settings/CamelCase": {
            "title": "$:/core/ui/ControlPanel/Settings/CamelCase",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
            "title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
            "caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
            "tags": "$:/tags/ControlPanel/Settings",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/EditorToolbar": {
            "title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
        },
        "$:/core/ui/ControlPanel/Settings/InfoPanelMode": {
            "title": "$:/core/ui/ControlPanel/Settings/InfoPanelMode",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/InfoPanelMode/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/InfoPanelMode/\n<$link to=\"$:/config/TiddlerInfo/Mode\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"popup\"> <<lingo Popup/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"sticky\"> <<lingo Sticky/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
            "title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n  <option value=\"above\"><<lingo \"OpenAbove\">></option>\n  <option value=\"below\"><<lingo \"OpenBelow\">></option>\n  <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n  <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n  <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n  <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/MissingLinks": {
            "title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
        },
        "$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
            "title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/NavigationHistory": {
            "title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
            "title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings/TitleLinks": {
            "title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
        },
        "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
            "title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
        },
        "$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
            "title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
            "tags": "$:/tags/ControlPanel/Settings",
            "caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
        },
        "$:/core/ui/ControlPanel/Settings": {
            "title": "$:/core/ui/ControlPanel/Settings",
            "tags": "$:/tags/ControlPanel",
            "caption": "{{$:/language/ControlPanel/Settings/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/ControlPanel/StoryView": {
            "title": "$:/core/ui/ControlPanel/StoryView",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
            "text": "{{$:/snippets/viewswitcher}}\n"
        },
        "$:/core/ui/ControlPanel/Theme": {
            "title": "$:/core/ui/ControlPanel/Theme",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Theme/Caption}}",
            "text": "{{$:/snippets/themeswitcher}}\n"
        },
        "$:/core/ui/ControlPanel/TiddlerFields": {
            "title": "$:/core/ui/ControlPanel/TiddlerFields",
            "tags": "$:/tags/ControlPanel/Advanced",
            "caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
        },
        "$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>"
        },
        "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate": {
            "title": "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate",
            "text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"><$transclude tiddler={{!!icon}}/></span> <$transclude field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude field=\"description\"/></i>\n</$draggable>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditorToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditorToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate\"/>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/ItemTemplate": {
            "title": "$:/core/ui/ControlPanel/Toolbars/ItemTemplate",
            "text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"> <$transclude field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude field=\"description\"/></i></span>\n</$draggable>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/PageControls": {
            "title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/PageControlButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/PageControls\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
            "title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
            "tags": "$:/tags/ControlPanel/Toolbars",
            "caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/ViewToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/ViewToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/ControlPanel/Toolbars": {
            "title": "$:/core/ui/ControlPanel/Toolbars",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
            "text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
        },
        "$:/ControlPanel": {
            "title": "$:/ControlPanel",
            "icon": "$:/core/images/options-button",
            "color": "#bbb",
            "text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
        },
        "$:/core/ui/DefaultSearchResultList": {
            "title": "$:/core/ui/DefaultSearchResultList",
            "tags": "$:/tags/SearchResults",
            "caption": "{{$:/language/Search/DefaultResults/Caption}}",
            "text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
        },
        "$:/core/ui/EditTemplate/body/preview/output": {
            "title": "$:/core/ui/EditTemplate/body/preview/output",
            "tags": "$:/tags/EditPreview",
            "caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
            "text": "<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
        },
        "$:/core/ui/EditTemplate/body/editor": {
            "title": "$:/core/ui/EditTemplate/body/editor",
            "text": "<$edit\n\n  field=\"text\"\n  class=\"tc-edit-texteditor\"\n  placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n\n><$set\n\n  name=\"targetTiddler\"\n  value=<<currentTiddler>>\n\n><$list\n\n  filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n  type=\"nomatch\"\n  state=<<config-visibility-title>>\n  text=\"hide\"\n  class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n  tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n  mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
        },
        "$:/core/ui/EditTemplate/body/toolbar/button": {
            "title": "$:/core/ui/EditTemplate/body/toolbar/button",
            "text": "\\define toolbar-button-icon()\n<$list\n\n  filter=\"[all[current]!has[custom-icon]]\"\n  variable=\"no-custom-icon\"\n\n><$transclude\n\n  tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n  filter={{!!condition}}\n  variable=\"list-condition\"\n\n><$wikify\n\n  name=\"tooltip-text\"\n  text=<<toolbar-button-tooltip>>\n  mode=\"inline\"\n  output=\"text\"\n\n><$list\n\n  filter=\"[all[current]!has[dropdown]]\"\n  variable=\"no-dropdown\"\n\n><$button\n\n  class=\"tc-btn-invisible $(buttonClasses)$\"\n  tooltip=<<tooltip-text>>\n\n><span\n\n  data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n  tiddler=<<currentTiddler>>\n  field=\"text\"\n\n/></$button></$list><$list\n\n  filter=\"[all[current]has[dropdown]]\"\n  variable=\"dropdown\"\n\n><$set\n\n  name=\"dropdown-state\"\n  value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n  popup=<<dropdown-state>>\n  class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n  selectedClass=\"tc-selected\"\n  tooltip=<<tooltip-text>>\n\n><span\n\n  data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n  tiddler=<<currentTiddler>>\n  field=\"text\"\n\n/></$button><$reveal\n\n  state=<<dropdown-state>>\n  type=\"popup\"\n  position=\"below\"\n  animate=\"yes\"\n  tag=\"span\"\n\n><div\n\n  class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n  tiddler={{!!dropdown}}\n  mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n  name=\"buttonClasses\"\n  value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
        },
        "$:/core/ui/EditTemplate/body": {
            "title": "$:/core/ui/EditTemplate/body",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
        },
        "$:/core/ui/EditTemplate/controls": {
            "title": "$:/core/ui/EditTemplate/controls",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
        },
        "$:/core/ui/EditTemplate/fields": {
            "title": "$:/core/ui/EditTemplate/fields",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field-inner()\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name=<<name>> $value=<<value>>/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n\\define new-field()\n<$set name=\"name\" value={{$:/temp/newfieldname}}>\n<$set name=\"value\" value={{$:/temp/newfieldvalue}}>\n<<new-field-inner>>\n</$set>\n</$set>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]search:title{$:/temp/newfieldname}sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\"  variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]search:title{$:/temp/newfieldname}sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n"
        },
        "$:/core/ui/EditTemplate/shadow": {
            "title": "$:/core/ui/EditTemplate/shadow",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
        },
        "$:/core/ui/EditTemplate/tags": {
            "title": "$:/core/ui/EditTemplate/tags",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">&times;</$button>\n</span>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n\\end\n\n\\define tag-picker-actions()\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n</$list>\n</$fieldmangler>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</div>\n"
        },
        "$:/core/ui/EditTemplate/title": {
            "title": "$:/core/ui/EditTemplate/title",
            "tags": "$:/tags/EditTemplate",
            "text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>\n\n<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[is[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$reveal state=\"!!draft.title\" type=\"nomatch\" text={{!!draft.of}} tag=\"div\">\n\n<$list filter=\"[{!!draft.title}!is[missing]]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/Exists/Prompt}}\n\n</div>\n\n</$list>\n\n<$list filter=\"[{!!draft.of}!is[missing]]\" variable=\"listItem\">\n\n<$vars fromTitle={{!!draft.of}} toTitle={{!!draft.title}}>\n\n<$checkbox tiddler=\"$:/config/RelinkOnRename\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> {{$:/language/EditTemplate/Title/Relink/Prompt}}</$checkbox>\n\n</$vars>\n\n</$list>\n\n</$reveal>\n\n\n"
        },
        "$:/core/ui/EditTemplate/type": {
            "title": "$:/core/ui/EditTemplate/type",
            "tags": "$:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group-sort]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
        },
        "$:/core/ui/EditTemplate": {
            "title": "$:/core/ui/EditTemplate",
            "text": "\\define actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n\\end\n\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$fieldmangler>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" actions=<<actions>>>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>>/>\n</$set>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</$fieldmangler>\n</div>\n"
        },
        "$:/core/ui/Buttons/cancel": {
            "title": "$:/core/ui/Buttons/cancel",
            "tags": "$:/tags/EditToolbar",
            "caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
            "description": "{{$:/language/Buttons/Cancel/Hint}}",
            "text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/delete": {
            "title": "$:/core/ui/Buttons/delete",
            "tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
            "caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
            "description": "{{$:/language/Buttons/Delete/Hint}}",
            "text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/save": {
            "title": "$:/core/ui/Buttons/save",
            "tags": "$:/tags/EditToolbar",
            "caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
            "description": "{{$:/language/Buttons/Save/Hint}}",
            "text": "<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button></$fieldmangler>\n"
        },
        "$:/core/ui/EditorToolbar/bold": {
            "title": "$:/core/ui/EditorToolbar/bold",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/bold",
            "caption": "{{$:/language/Buttons/Bold/Caption}}",
            "description": "{{$:/language/Buttons/Bold/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((bold))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/clear-dropdown": {
            "title": "$:/core/ui/EditorToolbar/clear-dropdown",
            "text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
        },
        "$:/core/ui/EditorToolbar/clear": {
            "title": "$:/core/ui/EditorToolbar/clear",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/erase",
            "caption": "{{$:/language/Buttons/Clear/Caption}}",
            "description": "{{$:/language/Buttons/Clear/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/editor-height-dropdown": {
            "title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
        },
        "$:/core/ui/EditorToolbar/editor-height": {
            "title": "$:/core/ui/EditorToolbar/editor-height",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/fixed-height",
            "custom-icon": "yes",
            "caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
            "description": "{{$:/language/Buttons/EditorHeight/Hint}}",
            "condition": "[<targetTiddler>!is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
            "text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
        },
        "$:/core/ui/EditorToolbar/excise-dropdown": {
            "title": "$:/core/ui/EditorToolbar/excise-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"$config-title$/new-title\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
        },
        "$:/core/ui/EditorToolbar/excise": {
            "title": "$:/core/ui/EditorToolbar/excise",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/excise",
            "caption": "{{$:/language/Buttons/Excise/Caption}}",
            "description": "{{$:/language/Buttons/Excise/Hint}}",
            "condition": "[<targetTiddler>!is[image]]",
            "shortcuts": "((excise))",
            "dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/heading-1": {
            "title": "$:/core/ui/EditorToolbar/heading-1",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-1",
            "caption": "{{$:/language/Buttons/Heading1/Caption}}",
            "description": "{{$:/language/Buttons/Heading1/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((heading-1))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-2": {
            "title": "$:/core/ui/EditorToolbar/heading-2",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-2",
            "caption": "{{$:/language/Buttons/Heading2/Caption}}",
            "description": "{{$:/language/Buttons/Heading2/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-2))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-3": {
            "title": "$:/core/ui/EditorToolbar/heading-3",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-3",
            "caption": "{{$:/language/Buttons/Heading3/Caption}}",
            "description": "{{$:/language/Buttons/Heading3/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-3))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-4": {
            "title": "$:/core/ui/EditorToolbar/heading-4",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-4",
            "caption": "{{$:/language/Buttons/Heading4/Caption}}",
            "description": "{{$:/language/Buttons/Heading4/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-4))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-5": {
            "title": "$:/core/ui/EditorToolbar/heading-5",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-5",
            "caption": "{{$:/language/Buttons/Heading5/Caption}}",
            "description": "{{$:/language/Buttons/Heading5/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-5))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/heading-6": {
            "title": "$:/core/ui/EditorToolbar/heading-6",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/heading-6",
            "caption": "{{$:/language/Buttons/Heading6/Caption}}",
            "description": "{{$:/language/Buttons/Heading6/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((heading-6))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/italic": {
            "title": "$:/core/ui/EditorToolbar/italic",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/italic",
            "caption": "{{$:/language/Buttons/Italic/Caption}}",
            "description": "{{$:/language/Buttons/Italic/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((italic))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/line-width-dropdown": {
            "title": "$:/core/ui/EditorToolbar/line-width-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\"&nbsp;\"/>\n\n<$entity entity=\"&#x2713;\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
        },
        "$:/core/ui/EditorToolbar/line-width": {
            "title": "$:/core/ui/EditorToolbar/line-width",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/line-width",
            "caption": "{{$:/language/Buttons/LineWidth/Caption}}",
            "description": "{{$:/language/Buttons/LineWidth/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
            "text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
        },
        "$:/core/ui/EditorToolbar/link-dropdown": {
            "title": "$:/core/ui/EditorToolbar/link-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define link-actions()\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"make-link\"\n\ttext={{$(linkTiddler)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<searchTiddler>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<linkTiddler>>\n/>\n\\end\n\n\\define external-link()\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-sendmessage $message=\"tm-edit-text-operation\" $param=\"make-link\" text={{$(searchTiddler)$}}\n/>\n{{$:/core/images/chevron-right}}\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<searchTiddler>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<linkTiddler>>\n/>\n</$button>\n\\end\n\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\" linktext=\"\" >\n\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<<external-link>>\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>"
        },
        "$:/core/ui/EditorToolbar/link": {
            "title": "$:/core/ui/EditorToolbar/link",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/link",
            "caption": "{{$:/language/Buttons/Link/Caption}}",
            "description": "{{$:/language/Buttons/Link/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((link))",
            "dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/list-bullet": {
            "title": "$:/core/ui/EditorToolbar/list-bullet",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/list-bullet",
            "caption": "{{$:/language/Buttons/ListBullet/Caption}}",
            "description": "{{$:/language/Buttons/ListBullet/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((list-bullet))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/list-number": {
            "title": "$:/core/ui/EditorToolbar/list-number",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/list-number",
            "caption": "{{$:/language/Buttons/ListNumber/Caption}}",
            "description": "{{$:/language/Buttons/ListNumber/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((list-number))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/mono-block": {
            "title": "$:/core/ui/EditorToolbar/mono-block",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/mono-block",
            "caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
            "description": "{{$:/language/Buttons/MonoBlock/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((mono-block))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/mono-line": {
            "title": "$:/core/ui/EditorToolbar/mono-line",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/mono-line",
            "caption": "{{$:/language/Buttons/MonoLine/Caption}}",
            "description": "{{$:/language/Buttons/MonoLine/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((mono-line))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/more-dropdown": {
            "title": "$:/core/ui/EditorToolbar/more-dropdown",
            "text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
        },
        "$:/core/ui/EditorToolbar/more": {
            "title": "$:/core/ui/EditorToolbar/more",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/down-arrow",
            "caption": "{{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "condition": "[<targetTiddler>]",
            "dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/opacity-dropdown": {
            "title": "$:/core/ui/EditorToolbar/opacity-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\"&nbsp;\"/>\n\n<$entity entity=\"&#x2713;\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/EditorToolbar/opacity": {
            "title": "$:/core/ui/EditorToolbar/opacity",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/opacity",
            "caption": "{{$:/language/Buttons/Opacity/Caption}}",
            "description": "{{$:/language/Buttons/Opacity/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
            "text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
        },
        "$:/core/ui/EditorToolbar/paint-dropdown": {
            "title": "$:/core/ui/EditorToolbar/paint-dropdown",
            "text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
        },
        "$:/core/ui/EditorToolbar/paint": {
            "title": "$:/core/ui/EditorToolbar/paint",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/paint",
            "caption": "{{$:/language/Buttons/Paint/Caption}}",
            "description": "{{$:/language/Buttons/Paint/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
            "text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
        },
        "$:/core/ui/EditorToolbar/picture-dropdown": {
            "title": "$:/core/ui/EditorToolbar/picture-dropdown",
            "text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
        },
        "$:/core/ui/EditorToolbar/picture": {
            "title": "$:/core/ui/EditorToolbar/picture",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/picture",
            "caption": "{{$:/language/Buttons/Picture/Caption}}",
            "description": "{{$:/language/Buttons/Picture/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((picture))",
            "dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/preview-type-dropdown": {
            "title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
            "text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\"&nbsp;\"/>\n\n<$entity entity=\"&#x2713;\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
        },
        "$:/core/ui/EditorToolbar/preview-type": {
            "title": "$:/core/ui/EditorToolbar/preview-type",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/chevron-down",
            "caption": "{{$:/language/Buttons/PreviewType/Caption}}",
            "description": "{{$:/language/Buttons/PreviewType/Hint}}",
            "condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
            "button-classes": "tc-text-editor-toolbar-item-adjunct",
            "dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
        },
        "$:/core/ui/EditorToolbar/preview": {
            "title": "$:/core/ui/EditorToolbar/preview",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/preview-open",
            "custom-icon": "yes",
            "caption": "{{$:/language/Buttons/Preview/Caption}}",
            "description": "{{$:/language/Buttons/Preview/Hint}}",
            "condition": "[<targetTiddler>]",
            "button-classes": "tc-text-editor-toolbar-item-start-group",
            "shortcuts": "((preview))",
            "text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
        },
        "$:/core/ui/EditorToolbar/quote": {
            "title": "$:/core/ui/EditorToolbar/quote",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/quote",
            "caption": "{{$:/language/Buttons/Quote/Caption}}",
            "description": "{{$:/language/Buttons/Quote/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((quote))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/size-dropdown": {
            "title": "$:/core/ui/EditorToolbar/size-dropdown",
            "text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> &times; <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
        },
        "$:/core/ui/EditorToolbar/size": {
            "title": "$:/core/ui/EditorToolbar/size",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/size",
            "caption": "{{$:/language/Buttons/Size/Caption}}",
            "description": "{{$:/language/Buttons/Size/Hint}}",
            "condition": "[<targetTiddler>is[image]]",
            "dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/stamp-dropdown": {
            "title": "$:/core/ui/EditorToolbar/stamp-dropdown",
            "text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
        },
        "$:/core/ui/EditorToolbar/stamp": {
            "title": "$:/core/ui/EditorToolbar/stamp",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/stamp",
            "caption": "{{$:/language/Buttons/Stamp/Caption}}",
            "description": "{{$:/language/Buttons/Stamp/Hint}}",
            "condition": "[<targetTiddler>!is[image]]",
            "shortcuts": "((stamp))",
            "dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
            "text": ""
        },
        "$:/core/ui/EditorToolbar/strikethrough": {
            "title": "$:/core/ui/EditorToolbar/strikethrough",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/strikethrough",
            "caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
            "description": "{{$:/language/Buttons/Strikethrough/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((strikethrough))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/subscript": {
            "title": "$:/core/ui/EditorToolbar/subscript",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/subscript",
            "caption": "{{$:/language/Buttons/Subscript/Caption}}",
            "description": "{{$:/language/Buttons/Subscript/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((subscript))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/superscript": {
            "title": "$:/core/ui/EditorToolbar/superscript",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/superscript",
            "caption": "{{$:/language/Buttons/Superscript/Caption}}",
            "description": "{{$:/language/Buttons/Superscript/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((superscript))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
        },
        "$:/core/ui/EditorToolbar/underline": {
            "title": "$:/core/ui/EditorToolbar/underline",
            "tags": "$:/tags/EditorToolbar",
            "icon": "$:/core/images/underline",
            "caption": "{{$:/language/Buttons/Underline/Caption}}",
            "description": "{{$:/language/Buttons/Underline/Hint}}",
            "condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
            "shortcuts": "((underline))",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
        },
        "$:/core/Filters/AllTags": {
            "title": "$:/core/Filters/AllTags",
            "tags": "$:/tags/Filter",
            "filter": "[tags[]!is[system]sort[title]]",
            "description": "{{$:/language/Filters/AllTags}}",
            "text": ""
        },
        "$:/core/Filters/AllTiddlers": {
            "title": "$:/core/Filters/AllTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]sort[title]]",
            "description": "{{$:/language/Filters/AllTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/Drafts": {
            "title": "$:/core/Filters/Drafts",
            "tags": "$:/tags/Filter",
            "filter": "[has[draft.of]sort[title]]",
            "description": "{{$:/language/Filters/Drafts}}",
            "text": ""
        },
        "$:/core/Filters/Missing": {
            "title": "$:/core/Filters/Missing",
            "tags": "$:/tags/Filter",
            "filter": "[all[missing]sort[title]]",
            "description": "{{$:/language/Filters/Missing}}",
            "text": ""
        },
        "$:/core/Filters/Orphans": {
            "title": "$:/core/Filters/Orphans",
            "tags": "$:/tags/Filter",
            "filter": "[all[orphans]sort[title]]",
            "description": "{{$:/language/Filters/Orphans}}",
            "text": ""
        },
        "$:/core/Filters/OverriddenShadowTiddlers": {
            "title": "$:/core/Filters/OverriddenShadowTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[is[shadow]]",
            "description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/RecentSystemTiddlers": {
            "title": "$:/core/Filters/RecentSystemTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[has[modified]!sort[modified]limit[50]]",
            "description": "{{$:/language/Filters/RecentSystemTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/RecentTiddlers": {
            "title": "$:/core/Filters/RecentTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
            "description": "{{$:/language/Filters/RecentTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/ShadowTiddlers": {
            "title": "$:/core/Filters/ShadowTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[all[shadows]sort[title]]",
            "description": "{{$:/language/Filters/ShadowTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/StoryList": {
            "title": "$:/core/Filters/StoryList",
            "tags": "$:/tags/Filter",
            "filter": "[list[$:/StoryList]] -$:/AdvancedSearch",
            "description": "{{$:/language/Filters/StoryList}}",
            "text": ""
        },
        "$:/core/Filters/SystemTags": {
            "title": "$:/core/Filters/SystemTags",
            "tags": "$:/tags/Filter",
            "filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
            "description": "{{$:/language/Filters/SystemTags}}",
            "text": ""
        },
        "$:/core/Filters/SystemTiddlers": {
            "title": "$:/core/Filters/SystemTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[is[system]sort[title]]",
            "description": "{{$:/language/Filters/SystemTiddlers}}",
            "text": ""
        },
        "$:/core/Filters/TypedTiddlers": {
            "title": "$:/core/Filters/TypedTiddlers",
            "tags": "$:/tags/Filter",
            "filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
            "description": "{{$:/language/Filters/TypedTiddlers}}",
            "text": ""
        },
        "$:/core/ui/ImportListing": {
            "title": "$:/core/ui/ImportListing",
            "text": "\\define lingo-base() $:/language/Import/\n\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n\n\\define select-all-actions()\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<$action-setfield $field={{{ [<payloadTiddler>addprefix[selection-]] }}} $value={{$:/state/import/select-all}}/>\n</$list>\n\\end\n\n<table>\n<tbody>\n<tr>\n<th>\n<$checkbox tiddler=\"$:/state/import/select-all\" field=\"text\" checked=\"checked\" unchecked=\"unchecked\" default=\"checked\" actions=<<select-all-actions>>>\n<<lingo Listing/Select/Caption>>\n</$checkbox>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}&nbsp;<$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}}&nbsp;<$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/ListItemTemplate": {
            "title": "$:/core/ui/ListItemTemplate",
            "text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
        },
        "$:/Manager/ItemMain/Fields": {
            "title": "$:/Manager/ItemMain/Fields",
            "tags": "$:/tags/Manager/ItemMain",
            "caption": "{{$:/language/Manager/Item/Fields}}",
            "text": "<table>\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
        },
        "$:/Manager/ItemMain/RawText": {
            "title": "$:/Manager/ItemMain/RawText",
            "tags": "$:/tags/Manager/ItemMain",
            "caption": "{{$:/language/Manager/Item/RawText}}",
            "text": "<pre><code><$view/></code></pre>\n"
        },
        "$:/Manager/ItemMain/WikifiedText": {
            "title": "$:/Manager/ItemMain/WikifiedText",
            "tags": "$:/tags/Manager/ItemMain",
            "caption": "{{$:/language/Manager/Item/WikifiedText}}",
            "text": "<$transclude mode=\"block\"/>\n"
        },
        "$:/Manager/ItemSidebar/Colour": {
            "title": "$:/Manager/ItemSidebar/Colour",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Colour}}",
            "text": "\\define swatch-styles()\nheight: 1em;\nbackground-color: $(colour)$\n\\end\n\n<$vars colour={{!!color}}>\n<p style=<<swatch-styles>>/>\n</$vars>\n<p>\n<$edit-text field=\"color\" tag=\"input\" type=\"color\"/> / <$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/>\n</p>\n"
        },
        "$:/Manager/ItemSidebar/Icon": {
            "title": "$:/Manager/ItemSidebar/Icon",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Icon}}",
            "text": "<p>\n<div class=\"tc-manager-icon-editor\">\n<$button popup=<<qualify \"$:/state/popup/image-picker\">> class=\"tc-btn-invisible\">\n<$transclude tiddler={{!!icon}}>\n{{$:/language/Manager/Item/Icon/None}}\n</$transclude>\n</$button>\n<div class=\"tc-block-dropdown-wrapper\" style=\"position: static;\">\n<$reveal state=<<qualify \"$:/state/popup/image-picker\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-popup\">\n<div class=\"tc-block-dropdown tc-popup-keep\" style=\"width: 80%; left: 10%; right: 10%; padding: 0.5em;\">\n<$macrocall $name=\"image-picker-include-tagged-images\" actions=\"\"\"\n<$action-setfield $field=\"icon\" $value=<<imageTitle>>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/image-picker\">>/>\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n</div>\n</p>\n"
        },
        "$:/Manager/ItemSidebar/Tags": {
            "title": "$:/Manager/ItemSidebar/Tags",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Tags}}",
            "text": "\\define tag-checkbox-actions()\n<$action-listops\n\t$tiddler=\"$:/config/Manager/RecentTags\"\n\t$subfilter=\"[<tag>] [list[$:/config/Manager/RecentTags]] +[limit[12]]\"\n/>\n\\end\n\n\\define tag-picker-actions()\n<<tag-checkbox-actions>>\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<p>\n<$list filter=\"[is[current]tags[]] [list[$:/config/Manager/RecentTags]] +[sort[title]] \" variable=\"tag\">\n<div>\n<$checkbox tiddler=<<currentTiddler>> tag=<<tag>> actions=<<tag-checkbox-actions>>>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$checkbox>\n</div>\n</$list>\n</p>\n<p>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</p>\n"
        },
        "$:/Manager/ItemSidebar/Tools": {
            "title": "$:/Manager/ItemSidebar/Tools",
            "tags": "$:/tags/Manager/ItemSidebar",
            "caption": "{{$:/language/Manager/Item/Tools}}",
            "text": "<p>\n<$button to=<<currentTiddler>>>{{$:/core/images/link}} open</$button>\n</p>\n<p>\n<$button message=\"tm-edit-tiddler\" param=<<currentTiddler>>>{{$:/core/images/edit-button}} edit</$button>\n</p>\n"
        },
        "$:/Manager": {
            "title": "$:/Manager",
            "icon": "$:/core/images/list",
            "color": "#bbb",
            "text": "\\define lingo-base() $:/language/Manager/\n\n\\define list-item-content-item()\n<div class=\"tc-manager-list-item-content-item\">\n\t<$vars state-title=\"\"\"$:/state/popup/manager/item/$(listItem)$\"\"\">\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"hide\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/down-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"nomatch\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"show\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/right-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\" class=\"tc-manager-list-item-content-item-body\">\n\t\t\t<$transclude tiddler=<<listItem>>/>\n\t\t</$reveal>\n\t</$vars>\n</div>\n\\end\n\n<div class=\"tc-manager-wrapper\">\n\t<div class=\"tc-manager-controls\">\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Show/Prompt>> <$select tiddler=\"$:/config/Manager/Show\" default=\"tiddlers\">\n\t\t\t\t<option value=\"tiddlers\"><<lingo Controls/Show/Option/Tiddlers>></option>\n\t\t\t\t<option value=\"tags\"><<lingo Controls/Show/Option/Tags>></option>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Search/Prompt>> <$edit-text tiddler=\"$:/config/Manager/Filter\" tag=\"input\" default=\"\" placeholder={{$:/language/Manager/Controls/Search/Placeholder}}/>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/FilterByTag/Prompt>> <$select tiddler=\"$:/config/Manager/Tag\" default=\"\">\n\t\t\t\t<option value=\"\"><<lingo Controls/FilterByTag/None>></option>\n\t\t\t\t<$list filter=\"[!is{$:/config/Manager/System}tags[]!is[system]sort[title]]\" variable=\"tag\">\n\t\t\t\t\t<option value=<<tag>>><$text text=<<tag>>/></option>\n\t\t\t\t</$list>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Sort/Prompt>> <$select tiddler=\"$:/config/Manager/Sort\" default=\"title\">\n\t\t\t\t<optgroup label=\"Common\">\n\t\t\t\t\t<$list filter=\"title modified modifier created creator created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t\t<optgroup label=\"All\">\n\t\t\t\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}fields[]sort[title]] -title -modified -modifier -created -creator -created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t</$select>\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/Order\" field=\"text\" checked=\"reverse\" unchecked=\"forward\" default=\"forward\">\n\t\t\t\t<<lingo Controls/Order/Prompt>>\n\t\t\t</$checkbox>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/System\" field=\"text\" checked=\"\" unchecked=\"system\" default=\"system\">\n\t\t\t\t{{$:/language/SystemTiddlers/Include/Prompt}}\n\t\t\t</$checkbox>\n\t\t</div>\n\t</div>\n\t<div class=\"tc-manager-list\">\n\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}search{$:/config/Manager/Filter}tag:strict{$:/config/Manager/Tag}sort{$:/config/Manager/Sort}order{$:/config/Manager/Order}]\">\n\t\t\t<$vars transclusion=<<currentTiddler>>>\n\t\t\t\t<div style=\"tc-manager-list-item\">\n\t\t\t\t\t<$button popup=<<qualify \"$:/state/manager/popup\">> class=\"tc-btn-invisible tc-manager-list-item-heading\" selectedClass=\"tc-manager-list-item-heading-selected\">\n\t\t\t\t\t\t<$text text=<<currentTiddler>>/>\n\t\t\t\t\t</$button>\n\t\t\t\t\t<$reveal state=<<qualify \"$:/state/manager/popup\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-manager-list-item-content tc-popup-handle\">\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-tiddler\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemMain]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-sidebar\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemSidebar]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t</$reveal>\n\t\t\t\t</div>\n\t\t\t</$vars>\n\t\t</$list>\n\t</div>\n</div>\n"
        },
        "$:/core/ui/MissingTemplate": {
            "title": "$:/core/ui/MissingTemplate",
            "text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
        },
        "$:/core/ui/MoreSideBar/All": {
            "title": "$:/core/ui/MoreSideBar/All",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/All/Caption}}",
            "text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Drafts": {
            "title": "$:/core/ui/MoreSideBar/Drafts",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Drafts/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Explorer": {
            "title": "$:/core/ui/MoreSideBar/Explorer",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Explorer/Caption}}",
            "text": "<<tree \"$:/\">>\n"
        },
        "$:/core/ui/MoreSideBar/Missing": {
            "title": "$:/core/ui/MoreSideBar/Missing",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Missing/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Orphans": {
            "title": "$:/core/ui/MoreSideBar/Orphans",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Orphans/Caption}}",
            "text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins": {
            "title": "$:/core/ui/MoreSideBar/Plugins",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
            "text": "\n{{$:/language/ControlPanel/Plugins/Installed/Hint}}\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar/Plugins]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Plugins/Plugins\">>\n"
        },
        "$:/core/ui/MoreSideBar/Recent": {
            "title": "$:/core/ui/MoreSideBar/Recent",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Recent/Caption}}",
            "text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
        },
        "$:/core/ui/MoreSideBar/Shadows": {
            "title": "$:/core/ui/MoreSideBar/Shadows",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Shadows/Caption}}",
            "text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/System": {
            "title": "$:/core/ui/MoreSideBar/System",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/System/Caption}}",
            "text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/MoreSideBar/Tags": {
            "title": "$:/core/ui/MoreSideBar/Tags",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Tags/Caption}}",
            "text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
        },
        "$:/core/ui/MoreSideBar/Types": {
            "title": "$:/core/ui/MoreSideBar/Types",
            "tags": "$:/tags/MoreSideBar",
            "caption": "{{$:/language/SideBar/Types/Caption}}",
            "text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins/Languages": {
            "title": "$:/core/ui/MoreSideBar/Plugins/Languages",
            "tags": "$:/tags/MoreSideBar/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}}",
            "text": "<$list filter=\"[!has[draft.of]plugin-type[language]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins/Plugins": {
            "title": "$:/core/ui/MoreSideBar/Plugins/Plugins",
            "tags": "$:/tags/MoreSideBar/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}",
            "text": "<$list filter=\"[!has[draft.of]plugin-type[plugin]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}>>/>\n"
        },
        "$:/core/ui/MoreSideBar/Plugins/Theme": {
            "title": "$:/core/ui/MoreSideBar/Plugins/Theme",
            "tags": "$:/tags/MoreSideBar/Plugins",
            "caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}",
            "text": "<$list filter=\"[!has[draft.of]plugin-type[theme]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
        },
        "$:/core/ui/Buttons/advanced-search": {
            "title": "$:/core/ui/Buttons/advanced-search",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
            "description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/close-all": {
            "title": "$:/core/ui/Buttons/close-all",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
            "description": "{{$:/language/Buttons/CloseAll/Hint}}",
            "text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/control-panel": {
            "title": "$:/core/ui/Buttons/control-panel",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
            "description": "{{$:/language/Buttons/ControlPanel/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/encryption": {
            "title": "$:/core/ui/Buttons/encryption",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
            "description": "{{$:/language/Buttons/Encryption/Hint}}",
            "text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
        },
        "$:/core/ui/Buttons/export-page": {
            "title": "$:/core/ui/Buttons/export-page",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
            "description": "{{$:/language/Buttons/ExportPage/Hint}}",
            "text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
        },
        "$:/core/ui/Buttons/fold-all": {
            "title": "$:/core/ui/Buttons/fold-all",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
            "description": "{{$:/language/Buttons/FoldAll/Hint}}",
            "text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/full-screen": {
            "title": "$:/core/ui/Buttons/full-screen",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
            "description": "{{$:/language/Buttons/FullScreen/Hint}}",
            "text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/home": {
            "title": "$:/core/ui/Buttons/home",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
            "description": "{{$:/language/Buttons/Home/Hint}}",
            "text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/import": {
            "title": "$:/core/ui/Buttons/import",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
            "description": "{{$:/language/Buttons/Import/Hint}}",
            "text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
        },
        "$:/core/ui/Buttons/language": {
            "title": "$:/core/ui/Buttons/language",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
            "description": "{{$:/language/Buttons/Language/Hint}}",
            "text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n&bull;\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n&nbsp;\n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/manager": {
            "title": "$:/core/ui/Buttons/manager",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/list}} {{$:/language/Buttons/Manager/Caption}}",
            "description": "{{$:/language/Buttons/Manager/Hint}}",
            "text": "\\define manager-button(class)\n<$button to=\"$:/Manager\" tooltip={{$:/language/Buttons/Manager/Hint}} aria-label={{$:/language/Buttons/Manager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/list}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Manager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/Manager]]\" emptyMessage=<<manager-button>>>\n<<manager-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/more-page-actions": {
            "title": "$:/core/ui/Buttons/more-page-actions",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
        },
        "$:/core/ui/Buttons/new-image": {
            "title": "$:/core/ui/Buttons/new-image",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
            "description": "{{$:/language/Buttons/NewImage/Hint}}",
            "text": "<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=\"image/jpeg\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
        },
        "$:/core/ui/Buttons/new-journal": {
            "title": "$:/core/ui/Buttons/new-journal",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
            "description": "{{$:/language/Buttons/NewJournal/Hint}}",
            "text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\" text=\"$(journalText)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"journalText\" value={{$:/config/NewJournal/Text}}>\n<<journalButton>>\n</$set></$set></$set>"
        },
        "$:/core/ui/Buttons/new-tiddler": {
            "title": "$:/core/ui/Buttons/new-tiddler",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
            "description": "{{$:/language/Buttons/NewTiddler/Hint}}",
            "text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/palette": {
            "title": "$:/core/ui/Buttons/palette",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
            "description": "{{$:/language/Buttons/Palette/Hint}}",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/print": {
            "title": "$:/core/ui/Buttons/print",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/print-button}} {{$:/language/Buttons/Print/Caption}}",
            "description": "{{$:/language/Buttons/Print/Hint}}",
            "text": "<$button message=\"tm-print\" tooltip={{$:/language/Buttons/Print/Hint}} aria-label={{$:/language/Buttons/Print/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/print-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Print/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/refresh": {
            "title": "$:/core/ui/Buttons/refresh",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
            "description": "{{$:/language/Buttons/Refresh/Hint}}",
            "text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/save-wiki": {
            "title": "$:/core/ui/Buttons/save-wiki",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
            "description": "{{$:/language/Buttons/SaveWiki/Hint}}",
            "text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
        },
        "$:/core/ui/Buttons/storyview": {
            "title": "$:/core/ui/Buttons/storyview",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
            "description": "{{$:/language/Buttons/StoryView/Hint}}",
            "text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n&bull;\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n&nbsp;\n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/tag-manager": {
            "title": "$:/core/ui/Buttons/tag-manager",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
            "description": "{{$:/language/Buttons/TagManager/Hint}}",
            "text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
        },
        "$:/core/ui/Buttons/theme": {
            "title": "$:/core/ui/Buttons/theme",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
            "description": "{{$:/language/Buttons/Theme/Hint}}",
            "text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n&bull;\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n&nbsp;\n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
        },
        "$:/core/ui/Buttons/timestamp": {
            "title": "$:/core/ui/Buttons/timestamp",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/timestamp-on}} {{$:/language/Buttons/Timestamp/Caption}}",
            "description": "{{$:/language/Buttons/Timestamp/Hint}}",
            "text": "<$reveal type=\"nomatch\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/On/Hint}} aria-label={{$:/language/Buttons/Timestamp/On/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"yes\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-on}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/On/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/Off/Hint}} aria-label={{$:/language/Buttons/Timestamp/Off/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"no\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-off}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/Off/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
        },
        "$:/core/ui/Buttons/unfold-all": {
            "title": "$:/core/ui/Buttons/unfold-all",
            "tags": "$:/tags/PageControls",
            "caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
            "description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
            "text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
        },
        "$:/core/ui/PageTemplate/pagecontrols": {
            "title": "$:/core/ui/PageTemplate/pagecontrols",
            "text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$set>\n</$reveal>\n</$list>\n</div>\n\n"
        },
        "$:/core/ui/PageStylesheet": {
            "title": "$:/core/ui/PageStylesheet",
            "text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
        },
        "$:/core/ui/PageTemplate/alerts": {
            "title": "$:/core/ui/PageTemplate/alerts",
            "tags": "$:/tags/PageTemplate",
            "text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
        },
        "$:/core/ui/PageTemplate/pluginreloadwarning": {
            "title": "$:/core/ui/PageTemplate/pluginreloadwarning",
            "tags": "$:/tags/PageTemplate",
            "text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
        },
        "$:/core/ui/PageTemplate/sidebar": {
            "title": "$:/core/ui/PageTemplate/sidebar",
            "tags": "$:/tags/PageTemplate",
            "text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
        },
        "$:/core/ui/PageTemplate/story": {
            "title": "$:/core/ui/PageTemplate/story",
            "tags": "$:/tags/PageTemplate",
            "text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
        },
        "$:/core/ui/PageTemplate/topleftbar": {
            "title": "$:/core/ui/PageTemplate/topleftbar",
            "tags": "$:/tags/PageTemplate",
            "text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
        },
        "$:/core/ui/PageTemplate/toprightbar": {
            "title": "$:/core/ui/PageTemplate/toprightbar",
            "tags": "$:/tags/PageTemplate",
            "text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
        },
        "$:/core/ui/PageTemplate": {
            "title": "$:/core/ui/PageTemplate",
            "text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
        },
        "$:/core/ui/PluginInfo": {
            "title": "$:/core/ui/PluginInfo",
            "text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n\\define default-tiddler-title()\n$:/core/ui/PluginInfo/Default/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<default-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n</$transclude>\n"
        },
        "$:/core/ui/PluginInfo/Default/contents": {
            "title": "$:/core/ui/PluginInfo/Default/contents",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n"
        },
        "$:/core/ui/PluginListItemTemplate": {
            "title": "$:/core/ui/PluginListItemTemplate",
            "text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"description\">\n<$view field=\"title\"/>\n</$view>\n</$link>\n</div>"
        },
        "$:/core/ui/SearchResults": {
            "title": "$:/core/ui/SearchResults",
            "text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
        },
        "$:/core/ui/SideBar/More": {
            "title": "$:/core/ui/SideBar/More",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/More/Caption}}",
            "text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
        },
        "$:/core/ui/SideBar/Open": {
            "title": "$:/core/ui/SideBar/Open",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Open/Caption}}",
            "text": "\\define lingo-base() $:/language/CloseAll/\n\n\\define drop-actions()\n<$action-listops $tiddler=\"$:/StoryList\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n<div style=\"position: relative;\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n&nbsp;\n</div>\n<div>\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">&times;</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$droppable>\n</div>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n&nbsp;\n</div>\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n</$droppable>\n</$tiddler>\n"
        },
        "$:/core/ui/SideBar/Recent": {
            "title": "$:/core/ui/SideBar/Recent",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Recent/Caption}}",
            "text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
        },
        "$:/core/ui/SideBar/Tools": {
            "title": "$:/core/ui/SideBar/Tools",
            "tags": "$:/tags/SideBar",
            "caption": "{{$:/language/SideBar/Tools/Caption}}",
            "text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\" class={{{ [<listItem>encodeuricomponent[]addprefix[tc-btn-]] }}}>\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/SideBarLists": {
            "title": "$:/core/ui/SideBarLists",
            "text": "<div class=\"tc-sidebar-lists\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" variable=\"listItem\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n{{$:/language/Search/Matches}}\n</$set>\n</$list>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n{{$:/core/ui/SearchResults}}\n\n</$list>\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</div>\n"
        },
        "$:/TagManager": {
            "title": "$:/TagManager",
            "icon": "$:/core/images/tag-button",
            "color": "#bbb",
            "caption": "{{$:/language/TagManager/Caption}}",
            "text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$macrocall $name=\"tag\" tag=<<currentTiddler>>/></td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td>\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/TagTemplate": {
            "title": "$:/core/ui/TagTemplate",
            "text": "<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<hr>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n"
        },
        "$:/core/ui/TiddlerFieldTemplate": {
            "title": "$:/core/ui/TiddlerFieldTemplate",
            "text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
        },
        "$:/core/ui/TiddlerFields": {
            "title": "$:/core/ui/TiddlerFields",
            "text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
            "title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
            "tags": "$:/tags/TiddlerInfo/Advanced",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
            "title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
            "tags": "$:/tags/TiddlerInfo/Advanced",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
        },
        "$:/core/ui/TiddlerInfo/Advanced": {
            "title": "$:/core/ui/TiddlerInfo/Advanced",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
            "text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Fields": {
            "title": "$:/core/ui/TiddlerInfo/Fields",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
            "text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/List": {
            "title": "$:/core/ui/TiddlerInfo/List",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/List/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/Listed": {
            "title": "$:/core/ui/TiddlerInfo/Listed",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/References": {
            "title": "$:/core/ui/TiddlerInfo/References",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/References/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
        },
        "$:/core/ui/TiddlerInfo/Tagging": {
            "title": "$:/core/ui/TiddlerInfo/Tagging",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
        },
        "$:/core/ui/TiddlerInfo/Tools": {
            "title": "$:/core/ui/TiddlerInfo/Tools",
            "tags": "$:/tags/TiddlerInfo",
            "caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
            "text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
        },
        "$:/core/ui/TiddlerInfo": {
            "title": "$:/core/ui/TiddlerInfo",
            "text": "<div style=\"position:relative;\">\n<div class=\"tc-tiddler-controls\" style=\"position:absolute;right:0;\">\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n</div>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
        },
        "$:/core/ui/TopBar/menu": {
            "title": "$:/core/ui/TopBar/menu",
            "tags": "$:/tags/TopRightBar",
            "text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
        },
        "$:/core/ui/UntaggedTemplate": {
            "title": "$:/core/ui/UntaggedTemplate",
            "text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate/body": {
            "title": "$:/core/ui/ViewTemplate/body",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>"
        },
        "$:/core/ui/ViewTemplate/classic": {
            "title": "$:/core/ui/ViewTemplate/classic",
            "tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
            "text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/import": {
            "title": "$:/core/ui/ViewTemplate/import",
            "tags": "$:/tags/ViewTemplate",
            "text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/plugin": {
            "title": "$:/core/ui/ViewTemplate/plugin",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n<$set name=\"plugin-type\" value={{!!plugin-type}}>\n<$set name=\"default-popup-state\" value=\"yes\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n{{||$:/core/ui/Components/plugin-info}}\n</$set>\n</$set>\n</$set>\n</$list>\n"
        },
        "$:/core/ui/ViewTemplate/subtitle": {
            "title": "$:/core/ui/ViewTemplate/subtitle",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate/tags": {
            "title": "$:/core/ui/ViewTemplate/tags",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>"
        },
        "$:/core/ui/ViewTemplate/title": {
            "title": "$:/core/ui/ViewTemplate/title",
            "tags": "$:/tags/ViewTemplate",
            "text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\"><$transclude tiddler=<<listItem>>/></$set></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
        },
        "$:/core/ui/ViewTemplate/unfold": {
            "title": "$:/core/ui/ViewTemplate/unfold",
            "tags": "$:/tags/ViewTemplate",
            "text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
        },
        "$:/core/ui/ViewTemplate": {
            "title": "$:/core/ui/ViewTemplate",
            "text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
        },
        "$:/core/ui/Buttons/clone": {
            "title": "$:/core/ui/Buttons/clone",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
            "description": "{{$:/language/Buttons/Clone/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Clone/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/close-others": {
            "title": "$:/core/ui/Buttons/close-others",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
            "description": "{{$:/language/Buttons/CloseOthers/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/CloseOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/close": {
            "title": "$:/core/ui/Buttons/close",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
            "description": "{{$:/language/Buttons/Close/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Close/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/edit": {
            "title": "$:/core/ui/Buttons/edit",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
            "description": "{{$:/language/Buttons/Edit/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Edit/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/export-tiddler": {
            "title": "$:/core/ui/Buttons/export-tiddler",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
            "description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
            "text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
        },
        "$:/core/ui/Buttons/fold-bar": {
            "title": "$:/core/ui/Buttons/fold-bar",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/chevron-up}} {{$:/language/Buttons/Fold/FoldBar/Caption}}",
            "description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
            "text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
        },
        "$:/core/ui/Buttons/fold-others": {
            "title": "$:/core/ui/Buttons/fold-others",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
            "description": "{{$:/language/Buttons/FoldOthers/Hint}}",
            "text": "\\whitespace trim\n<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/FoldOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/fold": {
            "title": "$:/core/ui/Buttons/fold",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
            "description": "{{$:/language/Buttons/Fold/Hint}}",
            "text": "\\whitespace trim\n<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>"
        },
        "$:/core/ui/Buttons/info": {
            "title": "$:/core/ui/Buttons/info",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
            "description": "{{$:/language/Buttons/Info/Hint}}",
            "text": "\\whitespace trim\n\\define button-content()\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Info/Caption}}/>\n</span>\n</$list>\n\\end\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"popup\">\n<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$reveal state=<<tiddlerInfoState>> type=\"match\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"yes\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=<<tiddlerInfoState>> type=\"nomatch\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n</$reveal>"
        },
        "$:/core/ui/Buttons/more-tiddler-actions": {
            "title": "$:/core/ui/Buttons/more-tiddler-actions",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
            "description": "{{$:/language/Buttons/More/Hint}}",
            "text": "\\whitespace trim\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/More/Caption}}/>\n</span>\n</$list>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
        },
        "$:/core/ui/Buttons/new-here": {
            "title": "$:/core/ui/Buttons/new-here",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
            "description": "{{$:/language/Buttons/NewHere/Hint}}",
            "text": "\\whitespace trim\n\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
        },
        "$:/core/ui/Buttons/new-journal-here": {
            "title": "$:/core/ui/Buttons/new-journal-here",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
            "description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
            "text": "\\whitespace trim\n\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewJournalHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set>\n</$set>\n</$set>"
        },
        "$:/core/ui/Buttons/open-window": {
            "title": "$:/core/ui/Buttons/open-window",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
            "description": "{{$:/language/Buttons/OpenWindow/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/OpenWindow/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/permalink": {
            "title": "$:/core/ui/Buttons/permalink",
            "tags": "$:/tags/ViewToolbar",
            "caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
            "description": "{{$:/language/Buttons/Permalink/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permalink/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/core/ui/Buttons/permaview": {
            "title": "$:/core/ui/Buttons/permaview",
            "tags": "$:/tags/ViewToolbar $:/tags/PageControls",
            "caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
            "description": "{{$:/language/Buttons/Permaview/Hint}}",
            "text": "\\whitespace trim\n<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permaview/Caption}}/>\n</span>\n</$list>\n</$button>"
        },
        "$:/DefaultTiddlers": {
            "title": "$:/DefaultTiddlers",
            "text": "GettingStarted\n"
        },
        "$:/temp/advancedsearch": {
            "title": "$:/temp/advancedsearch",
            "text": ""
        },
        "$:/snippets/allfields": {
            "title": "$:/snippets/allfields",
            "text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
        },
        "$:/config/AnimationDuration": {
            "title": "$:/config/AnimationDuration",
            "text": "400"
        },
        "$:/config/AutoSave": {
            "title": "$:/config/AutoSave",
            "text": "yes"
        },
        "$:/config/BitmapEditor/Colour": {
            "title": "$:/config/BitmapEditor/Colour",
            "text": "#444"
        },
        "$:/config/BitmapEditor/ImageSizes": {
            "title": "$:/config/BitmapEditor/ImageSizes",
            "text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
        },
        "$:/config/BitmapEditor/LineWidth": {
            "title": "$:/config/BitmapEditor/LineWidth",
            "text": "3px"
        },
        "$:/config/BitmapEditor/LineWidths": {
            "title": "$:/config/BitmapEditor/LineWidths",
            "text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
        },
        "$:/config/BitmapEditor/Opacities": {
            "title": "$:/config/BitmapEditor/Opacities",
            "text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
        },
        "$:/config/BitmapEditor/Opacity": {
            "title": "$:/config/BitmapEditor/Opacity",
            "text": "1.0"
        },
        "$:/config/DefaultSidebarTab": {
            "title": "$:/config/DefaultSidebarTab",
            "text": "$:/core/ui/SideBar/Open"
        },
        "$:/config/DownloadSaver/AutoSave": {
            "title": "$:/config/DownloadSaver/AutoSave",
            "text": "no"
        },
        "$:/config/Drafts/TypingTimeout": {
            "title": "$:/config/Drafts/TypingTimeout",
            "text": "400"
        },
        "$:/config/EditTemplateFields/Visibility/title": {
            "title": "$:/config/EditTemplateFields/Visibility/title",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/tags": {
            "title": "$:/config/EditTemplateFields/Visibility/tags",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/text": {
            "title": "$:/config/EditTemplateFields/Visibility/text",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/creator": {
            "title": "$:/config/EditTemplateFields/Visibility/creator",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/created": {
            "title": "$:/config/EditTemplateFields/Visibility/created",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/modified": {
            "title": "$:/config/EditTemplateFields/Visibility/modified",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/modifier": {
            "title": "$:/config/EditTemplateFields/Visibility/modifier",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/type": {
            "title": "$:/config/EditTemplateFields/Visibility/type",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/draft.title": {
            "title": "$:/config/EditTemplateFields/Visibility/draft.title",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/draft.of": {
            "title": "$:/config/EditTemplateFields/Visibility/draft.of",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/revision": {
            "title": "$:/config/EditTemplateFields/Visibility/revision",
            "text": "hide"
        },
        "$:/config/EditTemplateFields/Visibility/bag": {
            "title": "$:/config/EditTemplateFields/Visibility/bag",
            "text": "hide"
        },
        "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
            "title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
            "text": "hide"
        },
        "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
            "title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
            "text": "hide"
        },
        "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
            "title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
            "text": "hide"
        },
        "$:/config/EditorTypeMappings/image/gif": {
            "title": "$:/config/EditorTypeMappings/image/gif",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/jpeg": {
            "title": "$:/config/EditorTypeMappings/image/jpeg",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/jpg": {
            "title": "$:/config/EditorTypeMappings/image/jpg",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/png": {
            "title": "$:/config/EditorTypeMappings/image/png",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/image/x-icon": {
            "title": "$:/config/EditorTypeMappings/image/x-icon",
            "text": "bitmap"
        },
        "$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
            "title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
            "text": "text"
        },
        "$:/config/Manager/Show": {
            "title": "$:/config/Manager/Show",
            "text": "tiddlers"
        },
        "$:/config/Manager/Filter": {
            "title": "$:/config/Manager/Filter",
            "text": ""
        },
        "$:/config/Manager/Order": {
            "title": "$:/config/Manager/Order",
            "text": "forward"
        },
        "$:/config/Manager/Sort": {
            "title": "$:/config/Manager/Sort",
            "text": "title"
        },
        "$:/config/Manager/System": {
            "title": "$:/config/Manager/System",
            "text": "system"
        },
        "$:/config/Manager/Tag": {
            "title": "$:/config/Manager/Tag",
            "text": ""
        },
        "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText": {
            "title": "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText",
            "text": "hide"
        },
        "$:/config/MissingLinks": {
            "title": "$:/config/MissingLinks",
            "text": "yes"
        },
        "$:/config/Navigation/UpdateAddressBar": {
            "title": "$:/config/Navigation/UpdateAddressBar",
            "text": "no"
        },
        "$:/config/Navigation/UpdateHistory": {
            "title": "$:/config/Navigation/UpdateHistory",
            "text": "no"
        },
        "$:/config/OfficialPluginLibrary": {
            "title": "$:/config/OfficialPluginLibrary",
            "tags": "$:/tags/PluginLibrary",
            "url": "https://tiddlywiki.com/library/v5.1.15/index.html",
            "caption": "{{$:/language/OfficialPluginLibrary}}",
            "text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
        },
        "$:/config/Navigation/openLinkFromInsideRiver": {
            "title": "$:/config/Navigation/openLinkFromInsideRiver",
            "text": "below"
        },
        "$:/config/Navigation/openLinkFromOutsideRiver": {
            "title": "$:/config/Navigation/openLinkFromOutsideRiver",
            "text": "top"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
            "text": "hide"
        },
        "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
            "title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
            "text": "hide"
        },
        "$:/config/Performance/Instrumentation": {
            "title": "$:/config/Performance/Instrumentation",
            "text": "no"
        },
        "$:/config/SaveWikiButton/Template": {
            "title": "$:/config/SaveWikiButton/Template",
            "text": "$:/core/save/all"
        },
        "$:/config/SaverFilter": {
            "title": "$:/config/SaverFilter",
            "text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
        },
        "$:/config/Search/AutoFocus": {
            "title": "$:/config/Search/AutoFocus",
            "text": "true"
        },
        "$:/config/Search/MinLength": {
            "title": "$:/config/Search/MinLength",
            "text": "3"
        },
        "$:/config/SearchResults/Default": {
            "title": "$:/config/SearchResults/Default",
            "text": "$:/core/ui/DefaultSearchResultList"
        },
        "$:/config/ShortcutInfo/bold": {
            "title": "$:/config/ShortcutInfo/bold",
            "text": "{{$:/language/Buttons/Bold/Hint}}"
        },
        "$:/config/ShortcutInfo/cancel-edit-tiddler": {
            "title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
            "text": "{{$:/language/Buttons/Cancel/Hint}}"
        },
        "$:/config/ShortcutInfo/excise": {
            "title": "$:/config/ShortcutInfo/excise",
            "text": "{{$:/language/Buttons/Excise/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-1": {
            "title": "$:/config/ShortcutInfo/heading-1",
            "text": "{{$:/language/Buttons/Heading1/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-2": {
            "title": "$:/config/ShortcutInfo/heading-2",
            "text": "{{$:/language/Buttons/Heading2/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-3": {
            "title": "$:/config/ShortcutInfo/heading-3",
            "text": "{{$:/language/Buttons/Heading3/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-4": {
            "title": "$:/config/ShortcutInfo/heading-4",
            "text": "{{$:/language/Buttons/Heading4/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-5": {
            "title": "$:/config/ShortcutInfo/heading-5",
            "text": "{{$:/language/Buttons/Heading5/Hint}}"
        },
        "$:/config/ShortcutInfo/heading-6": {
            "title": "$:/config/ShortcutInfo/heading-6",
            "text": "{{$:/language/Buttons/Heading6/Hint}}"
        },
        "$:/config/ShortcutInfo/italic": {
            "title": "$:/config/ShortcutInfo/italic",
            "text": "{{$:/language/Buttons/Italic/Hint}}"
        },
        "$:/config/ShortcutInfo/link": {
            "title": "$:/config/ShortcutInfo/link",
            "text": "{{$:/language/Buttons/Link/Hint}}"
        },
        "$:/config/ShortcutInfo/list-bullet": {
            "title": "$:/config/ShortcutInfo/list-bullet",
            "text": "{{$:/language/Buttons/ListBullet/Hint}}"
        },
        "$:/config/ShortcutInfo/list-number": {
            "title": "$:/config/ShortcutInfo/list-number",
            "text": "{{$:/language/Buttons/ListNumber/Hint}}"
        },
        "$:/config/ShortcutInfo/mono-block": {
            "title": "$:/config/ShortcutInfo/mono-block",
            "text": "{{$:/language/Buttons/MonoBlock/Hint}}"
        },
        "$:/config/ShortcutInfo/mono-line": {
            "title": "$:/config/ShortcutInfo/mono-line",
            "text": "{{$:/language/Buttons/MonoLine/Hint}}"
        },
        "$:/config/ShortcutInfo/picture": {
            "title": "$:/config/ShortcutInfo/picture",
            "text": "{{$:/language/Buttons/Picture/Hint}}"
        },
        "$:/config/ShortcutInfo/preview": {
            "title": "$:/config/ShortcutInfo/preview",
            "text": "{{$:/language/Buttons/Preview/Hint}}"
        },
        "$:/config/ShortcutInfo/quote": {
            "title": "$:/config/ShortcutInfo/quote",
            "text": "{{$:/language/Buttons/Quote/Hint}}"
        },
        "$:/config/ShortcutInfo/save-tiddler": {
            "title": "$:/config/ShortcutInfo/save-tiddler",
            "text": "{{$:/language/Buttons/Save/Hint}}"
        },
        "$:/config/ShortcutInfo/stamp": {
            "title": "$:/config/ShortcutInfo/stamp",
            "text": "{{$:/language/Buttons/Stamp/Hint}}"
        },
        "$:/config/ShortcutInfo/strikethrough": {
            "title": "$:/config/ShortcutInfo/strikethrough",
            "text": "{{$:/language/Buttons/Strikethrough/Hint}}"
        },
        "$:/config/ShortcutInfo/subscript": {
            "title": "$:/config/ShortcutInfo/subscript",
            "text": "{{$:/language/Buttons/Subscript/Hint}}"
        },
        "$:/config/ShortcutInfo/superscript": {
            "title": "$:/config/ShortcutInfo/superscript",
            "text": "{{$:/language/Buttons/Superscript/Hint}}"
        },
        "$:/config/ShortcutInfo/underline": {
            "title": "$:/config/ShortcutInfo/underline",
            "text": "{{$:/language/Buttons/Underline/Hint}}"
        },
        "$:/config/SyncFilter": {
            "title": "$:/config/SyncFilter",
            "text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
        },
        "$:/config/TextEditor/EditorHeight/Height": {
            "title": "$:/config/TextEditor/EditorHeight/Height",
            "text": "400px"
        },
        "$:/config/TextEditor/EditorHeight/Mode": {
            "title": "$:/config/TextEditor/EditorHeight/Mode",
            "text": "auto"
        },
        "$:/config/TiddlerInfo/Default": {
            "title": "$:/config/TiddlerInfo/Default",
            "text": "$:/core/ui/TiddlerInfo/Fields"
        },
        "$:/config/TiddlerInfo/Mode": {
            "title": "$:/config/TiddlerInfo/Mode",
            "text": "popup"
        },
        "$:/config/Tiddlers/TitleLinks": {
            "title": "$:/config/Tiddlers/TitleLinks",
            "text": "no"
        },
        "$:/config/Toolbar/ButtonClass": {
            "title": "$:/config/Toolbar/ButtonClass",
            "text": "tc-btn-invisible"
        },
        "$:/config/Toolbar/Icons": {
            "title": "$:/config/Toolbar/Icons",
            "text": "yes"
        },
        "$:/config/Toolbar/Text": {
            "title": "$:/config/Toolbar/Text",
            "text": "no"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
            "text": "show"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
            "text": "hide"
        },
        "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
            "title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
            "text": "hide"
        },
        "$:/config/shortcuts-mac/bold": {
            "title": "$:/config/shortcuts-mac/bold",
            "text": "meta-B"
        },
        "$:/config/shortcuts-mac/italic": {
            "title": "$:/config/shortcuts-mac/italic",
            "text": "meta-I"
        },
        "$:/config/shortcuts-mac/underline": {
            "title": "$:/config/shortcuts-mac/underline",
            "text": "meta-U"
        },
        "$:/config/shortcuts-not-mac/bold": {
            "title": "$:/config/shortcuts-not-mac/bold",
            "text": "ctrl-B"
        },
        "$:/config/shortcuts-not-mac/italic": {
            "title": "$:/config/shortcuts-not-mac/italic",
            "text": "ctrl-I"
        },
        "$:/config/shortcuts-not-mac/underline": {
            "title": "$:/config/shortcuts-not-mac/underline",
            "text": "ctrl-U"
        },
        "$:/config/shortcuts/cancel-edit-tiddler": {
            "title": "$:/config/shortcuts/cancel-edit-tiddler",
            "text": "escape"
        },
        "$:/config/shortcuts/excise": {
            "title": "$:/config/shortcuts/excise",
            "text": "ctrl-E"
        },
        "$:/config/shortcuts/heading-1": {
            "title": "$:/config/shortcuts/heading-1",
            "text": "ctrl-1"
        },
        "$:/config/shortcuts/heading-2": {
            "title": "$:/config/shortcuts/heading-2",
            "text": "ctrl-2"
        },
        "$:/config/shortcuts/heading-3": {
            "title": "$:/config/shortcuts/heading-3",
            "text": "ctrl-3"
        },
        "$:/config/shortcuts/heading-4": {
            "title": "$:/config/shortcuts/heading-4",
            "text": "ctrl-4"
        },
        "$:/config/shortcuts/heading-5": {
            "title": "$:/config/shortcuts/heading-5",
            "text": "ctrl-5"
        },
        "$:/config/shortcuts/heading-6": {
            "title": "$:/config/shortcuts/heading-6",
            "text": "ctrl-6"
        },
        "$:/config/shortcuts/link": {
            "title": "$:/config/shortcuts/link",
            "text": "ctrl-L"
        },
        "$:/config/shortcuts/list-bullet": {
            "title": "$:/config/shortcuts/list-bullet",
            "text": "ctrl-shift-L"
        },
        "$:/config/shortcuts/list-number": {
            "title": "$:/config/shortcuts/list-number",
            "text": "ctrl-shift-N"
        },
        "$:/config/shortcuts/mono-block": {
            "title": "$:/config/shortcuts/mono-block",
            "text": "ctrl-shift-M"
        },
        "$:/config/shortcuts/mono-line": {
            "title": "$:/config/shortcuts/mono-line",
            "text": "ctrl-M"
        },
        "$:/config/shortcuts/picture": {
            "title": "$:/config/shortcuts/picture",
            "text": "ctrl-shift-I"
        },
        "$:/config/shortcuts/preview": {
            "title": "$:/config/shortcuts/preview",
            "text": "alt-P"
        },
        "$:/config/shortcuts/quote": {
            "title": "$:/config/shortcuts/quote",
            "text": "ctrl-Q"
        },
        "$:/config/shortcuts/save-tiddler": {
            "title": "$:/config/shortcuts/save-tiddler",
            "text": "ctrl+enter"
        },
        "$:/config/shortcuts/stamp": {
            "title": "$:/config/shortcuts/stamp",
            "text": "ctrl-S"
        },
        "$:/config/shortcuts/strikethrough": {
            "title": "$:/config/shortcuts/strikethrough",
            "text": "ctrl-T"
        },
        "$:/config/shortcuts/subscript": {
            "title": "$:/config/shortcuts/subscript",
            "text": "ctrl-shift-B"
        },
        "$:/config/shortcuts/superscript": {
            "title": "$:/config/shortcuts/superscript",
            "text": "ctrl-shift-P"
        },
        "$:/config/WikiParserRules/Inline/wikilink": {
            "title": "$:/config/WikiParserRules/Inline/wikilink",
            "text": "enable"
        },
        "$:/snippets/currpalettepreview": {
            "title": "$:/snippets/currpalettepreview",
            "text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
        },
        "$:/snippets/download-wiki-button": {
            "title": "$:/snippets/download-wiki-button",
            "text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
        },
        "$:/language": {
            "title": "$:/language",
            "text": "$:/languages/en-GB"
        },
        "$:/snippets/languageswitcher": {
            "title": "$:/snippets/languageswitcher",
            "text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
        },
        "$:/core/macros/CSS": {
            "title": "$:/core/macros/CSS",
            "tags": "$:/tags/Macro",
            "text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n  -webkit-box-shadow: $shadow$;\n     -moz-box-shadow: $shadow$;\n          box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n  -webkit-filter: $filter$;\n     -moz-filter: $filter$;\n          filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n  -webkit-transition: $transition$;\n     -moz-transition: $transition$;\n          transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n  -webkit-transform-origin: $origin$;\n     -moz-transform-origin: $origin$;\n          transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define column-count(columns)\n``\n-moz-column-count: $columns$;\n-webkit-column-count: $columns$;\ncolumn-count: $columns$;\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
        },
        "$:/core/macros/colour-picker": {
            "title": "$:/core/macros/colour-picker",
            "tags": "$:/tags/Macro",
            "text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<div style=\"background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/> \n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
        },
        "$:/core/macros/export": {
            "title": "$:/core/macros/export",
            "tags": "$:/tags/Macro",
            "text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\"><$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button></span><$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
        },
        "$:/core/macros/image-picker": {
            "title": "$:/core/macros/image-picker",
            "created": "20170715180840889",
            "modified": "20170715180914005",
            "tags": "$:/tags/Macro",
            "type": "text/vnd.tiddlywiki",
            "text": "\\define image-picker-thumbnail(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n$actions$\n<$transclude tiddler=<<imageTitle>>/>\n</$button>\n\\end\n\n\\define image-picker-list(filter,actions)\n<$list filter=\"\"\"$filter$\"\"\" variable=\"imageTitle\">\n<$macrocall $name=\"image-picker-thumbnail\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\\end\n\n\\define image-picker(actions,filter:\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[!has[draft.of]$subfilter$sort[title]]\",subfilter:\"\")\n<div class=\"tc-image-chooser\">\n<$vars state-system=<<qualify \"$:/state/image-picker/system\">>>\n<$checkbox tiddler=<<state-system>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"hide\">\n{{$:/language/SystemTiddlers/Include/Prompt}}\n</$checkbox>\n<$reveal state=<<state-system>> type=\"match\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$ +[!is[system]]\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n<$reveal state=<<state-system>> type=\"nomatch\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n</$vars>\n</div>\n\\end\n\n\\define image-picker-include-tagged-images(actions)\n<$macrocall $name=\"image-picker\" filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n"
        },
        "$:/core/macros/lingo": {
            "title": "$:/core/macros/lingo",
            "tags": "$:/tags/Macro",
            "text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
        },
        "$:/core/macros/list": {
            "title": "$:/core/macros/list",
            "tags": "$:/tags/Macro",
            "text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n\n\\define list-links-draggable-drop-actions()\n<$action-listops $tiddler=<<targetTiddler>> $field=<<targetField>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define list-links-draggable(tiddler,field:\"list\",type:\"ul\",subtype:\"li\",class:\"\",itemTemplate)\n<$vars targetTiddler=\"\"\"$tiddler$\"\"\" targetField=\"\"\"$field$\"\"\">\n<$type$ class=\"$class$\">\n<$list filter=\"[list[$tiddler$!!$field$]]\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\">\n&nbsp;\n</div>\n<div>\n<$link to={{!!title}}>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$transclude>\n</$link>\n</div>\n</$droppable>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\">\n&nbsp;\n</div>\n<div>\n&nbsp;\n</div>\n</$droppable>\n</$tiddler>\n</$type$>\n</$vars>\n\\end\n\n\\define list-tagged-draggable-drop-actions()\n<!-- Save the current ordering of the tiddlers with this tag -->\n<$set name=\"order\" filter=\"[<tag>tagging[]]\">\n<!-- Remove any list-after or list-before fields from the tiddlers with this tag -->\n<$list filter=\"[<tag>tagging[]]\">\n<$action-deletefield $field=\"list-before\"/>\n<$action-deletefield $field=\"list-after\"/>\n</$list>\n<!-- Assign the list field of the tag with the current ordering -->\n<$action-setfield $tiddler=<<tag>> $field=\"list\" $value=<<order>>/>\n<!-- Add the newly inserted item to the list -->\n<$action-listops $tiddler=<<tag>> $field=\"list\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n<!-- Make sure the newly added item has the right tag -->\n<$action-listops $tiddler=<<actionTiddler>> $tags=\"[<tag>]\"/>\n</$set>\n\\end\n\n\\define list-tagged-draggable(tag,itemTemplate,elementTag:\"div\")\n<$set name=\"tag\" value=\"\"\"$tag$\"\"\">\n<$list filter=\"[<tag>tagging[]]\">\n<$elementTag$ class=\"tc-menu-list-item\">\n<$droppable actions=<<list-tagged-draggable-drop-actions>>>\n<$elementTag$ class=\"tc-droppable-placeholder\">\n&nbsp;\n</$elementTag$>\n<$elementTag$>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</$transclude>\n</$elementTag$>\n</$droppable>\n</$elementTag$>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-tagged-draggable-drop-actions>>>\n<$elementTag$ class=\"tc-droppable-placeholder\">\n&nbsp;\n</$elementTag$>\n<$elementTag$ style=\"height:0.5em;\">\n</$elementTag$>\n</$droppable>\n</$tiddler>\n</$set>\n\\end\n"
        },
        "$:/core/macros/tabs": {
            "title": "$:/core/macros/tabs",
            "tags": "$:/tags/Macro",
            "text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template,buttonTemplate)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=\"$buttonTemplate$\" mode=\"inline\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
        },
        "$:/core/macros/tag-picker": {
            "title": "$:/core/macros/tag-picker",
            "tags": "$:/tags/Macro",
            "text": "\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define tag-button()\n<$button class=\"tc-btn-invisible\" tag=\"a\">\n$(actions)$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$button>\n\\end\n\n\\define tag-picker(actions)\n<$set name=\"actions\" value=\"\"\"$actions$\"\"\">\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$keyboard key=\"ENTER\" actions=<<add-tag-actions>>>\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</$keyboard>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$set name=\"tag\" value={{$:/temp/NewTagName}}>\n<$button set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n$actions$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n{{$:/language/EditTemplate/Tags/Add/Button}}\n</$button>\n</$set>\n</span>\n</div>\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list>\n<hr>\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list>\n</div>\n</$reveal>\n</div>\n</$set>\n\\end\n"
        },
        "$:/core/macros/tag": {
            "title": "$:/core/macros/tag",
            "tags": "$:/tags/Macro",
            "text": "\\define tag-pill-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-pill-inner(tag,icon,colour,fallbackTarget,colourA,colourB,element-tag,element-attributes,actions)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$element-tag$ $element-attributes$ class=\"tc-tag-label tc-btn-invisible\" style=<<tag-pill-styles>>>\n$actions$<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view tiddler=\"\"\"$tag$\"\"\" field=\"title\" format=\"text\" />\n</$element-tag$>\n</$vars>\n\\end\n\n\\define tag-pill-body(tag,icon,colour,palette,element-tag,element-attributes,actions)\n<$macrocall $name=\"tag-pill-inner\" tag=\"\"\"$tag$\"\"\" icon=\"\"\"$icon$\"\"\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n\n\\define tag-pill(tag,element-tag:\"span\",element-attributes:\"\",actions:\"\")\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-pill-body\" tag=\"\"\"$tag$\"\"\" icon={{$tag$!!icon}} colour={{$tag$!!color}} palette={{$:/palette}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</span>\n\\end\n\n\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
        },
        "$:/core/macros/thumbnails": {
            "title": "$:/core/macros/thumbnails",
            "tags": "$:/tags/Macro",
            "text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
        },
        "$:/core/macros/timeline": {
            "title": "$:/core/macros/timeline",
            "created": "20141212105914482",
            "modified": "20141212110330815",
            "tags": "$:/tags/Macro",
            "text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n     of the same name if you need to change \n     how titles are displayed on the timeline \n     -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
        },
        "$:/core/macros/toc": {
            "title": "$:/core/macros/toc",
            "tags": "$:/tags/Macro",
            "text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n  <$transclude field=\"caption\">\n    <$view field=\"title\"/>\n  </$transclude>\n</$set>\n\\end\n\n\\define toc-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<ol class=\"tc-toc\">\n  <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n    <$vars item=<<currentTiddler>> path=\"\"\"$path$/$tag$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\">\n      <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n        <li class=<<toc-item-class>>>\n          <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n            <<toc-caption>>\n          </$list>\n          <$macrocall $name=\"toc-body\" tag=<<item>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=<<excluded>> path=<<path>>/>\n        </li>\n      </$set>\n    </$vars>\n  </$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter:\" \")\n<<toc-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n  <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n    <li class=<<toc-item-class>>>\n    <$link>\n      <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n        <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n          {{$:/core/images/right-arrow}}\n        </$button>\n      </$reveal>\n      <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n        <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n          {{$:/core/images/down-arrow}}\n        </$button>\n      </$reveal>\n      <<toc-caption>>\n    </$link>\n    <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n      <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n    </$reveal>\n    </li>\n  </$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<!-- helper function -->\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n  <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n    <li class=<<toc-item-class>>>\n      <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n        <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n          {{$:/core/images/right-arrow}}\n          <<toc-caption>>\n        </$button>\n      </$reveal>\n      <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n        <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n          {{$:/core/images/down-arrow}}\n          <<toc-caption>>\n        </$button>\n      </$reveal>\n      <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n        <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n      </$reveal>\n    </li>\n  </$set>\n</$set>\n\\end\n\n\\define toc-expandable-empty-message()\n<<toc-linked-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\" exclude:\"\"\"$(excluded)$\"\"\" path:\"\"\"$(path)$\"\"\">>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\" path=\"\"\"$path$/$tag$\"\"\">\n  <ol class=\"tc-toc toc-expandable\">\n    <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n      <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>> >\n        <$macrocall $name=\"toc-unlinked-expandable-body\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"itemClassFilter\"\"\" exclude=<<excluded>> path=<<path>> />\n      </$list>\n    </$list>\n  </ol>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n  <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\" >\n    <li class=<<toc-item-class>>>\n      <$link>\n          <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n          <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n            <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n              {{$:/core/images/right-arrow}}\n            </$button>\n          </$reveal>\n          <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n            <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n              {{$:/core/images/down-arrow}}\n            </$button>\n          </$reveal>\n        </$list>\n        <<toc-caption>>\n      </$link>\n      <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n        <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n      </$reveal>\n    </li>\n  </$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n  <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n    <li class=<<toc-item-class>>>\n      <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n        <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n          <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n            {{$:/core/images/right-arrow}}\n            <<toc-caption>>\n          </$button>\n        </$reveal>\n        <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n          <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n            {{$:/core/images/down-arrow}}\n            <<toc-caption>>\n          </$button>\n        </$reveal>\n      </$list>\n      <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n        <$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n      </$reveal>\n    </li>\n  </$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<<toc-linked-selective-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\" exclude:\"\"\"$(excluded)$\"\"\" path:\"\"\"$(path)$\"\"\">>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter,exclude,path)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\" path=\"\"\"$path$/$tag$\"\"\">\n  <ol class=\"tc-toc toc-selective-expandable\">\n    <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n      <$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>> >\n        <$macrocall $name=toc-unlinked-selective-expandable-body tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=<<excluded>> path=<<path>> >\n      </$list>\n    </$list>\n  </ol>\n</$vars>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n  <div class=\"tc-tabbed-table-of-contents\">\n    <$linkcatcher to=\"$selectedTiddler$\">\n      <div class=\"tc-table-of-contents\">\n        <$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n      </div>\n    </$linkcatcher>\n    <div class=\"tc-tabbed-table-of-contents-content\">\n      <$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n        <$transclude mode=\"block\" tiddler=\"$template$\">\n          <h1><<toc-caption>></h1>\n          <$transclude mode=\"block\">$missingText$</$transclude>\n        </$transclude>\n      </$reveal>\n      <$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n        $unselectedText$\n      </$reveal>\n    </div>\n  </div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n  <$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
        },
        "$:/core/macros/translink": {
            "title": "$:/core/macros/translink",
            "tags": "$:/tags/Macro",
            "text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
        },
        "$:/core/macros/tree": {
            "title": "$:/core/macros/tree",
            "tags": "$:/tags/Macro",
            "text": "\\define leaf-node(prefix)\n<li>\n<$list filter=\"\"\"[[$prefix$$(chunk)$]is[shadow]] [[$prefix$$(chunk)$]is[tiddler]] +[removeprefix[$prefix$]] +[limit[1]]\"\"\" \nemptyMessage=\"\"\"<$text text=\"$prefix$$(chunk)$\"/>\"\"\">\n<span>{{$:/core/images/file}}</span> <$link to=\"\"\"$prefix$$(chunk)$\"\"\">\n<$view field=\"title\"/>\n</$link> \n</$list>\n</li>\n\\end\n\n\\define branch-node(prefix)\n<$reveal type=\"nomatch\" text=\"\" default=\"\"\"$(chunk)$\"\"\">\n<li>      \n<$list filter=\"\"\"[all[shadows+tiddlers]prefix[$prefix$$(chunk)$]] -[[$prefix$$(chunk)$]] +[limit[1]]\"\"\">\n<$reveal type=\"nomatch\" state=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" text=\"show\">\n<$button set=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" setTo=\"show\" class=\"tc-btn-invisible\">{{$:/core/images/folder}} <$text text=\"\"\"$(chunk)$\"\"\"/></$button>\n</$reveal>\n<$reveal type=\"match\" state=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" text=\"show\">\n<$button set=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" setTo=\"hide\" class=\"tc-btn-invisible\">{{$:/core/images/folder}} <$text text=\"\"\"$(chunk)$\"\"\"/></$button>\n</$reveal>\n</$list>\n<$list filter=\"\"\"[all[shadows+tiddlers]prefix[$prefix$$(chunk)$]] -[[$prefix$$(chunk)$]] +[limit[1]]\"\"\"><span>(<$count filter=\"\"\"[all[shadows+tiddlers]prefix[$prefix$$(chunk)$]] -[[$prefix$$(chunk)$]]\"\"\"/>)</span>\n<$reveal type=\"match\" state=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" text=\"show\">\n<$macrocall $name=\"tree-node\" prefix=\"\"\"$prefix$$(chunk)$\"\"\"/>\n</$reveal>\n</$list>\n</li>\n</$reveal>\n\\end\n\n\\define tree-node(prefix)\n<ol>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$prefix$]splitbefore[/]sort[title]] +[!suffix[/]]\" variable=\"chunk\">\n<<leaf-node \"\"\"$prefix$\"\"\">>\n</$list>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$prefix$]splitbefore[/]sort[title]] +[suffix[/]]\" variable=\"chunk\">\n<<branch-node \"\"\"$prefix$\"\"\">>\n</$list>\n</ol>\n\\end\n\n\\define tree(prefix)\n<div class=\"tc-tree\">\n<span><$text text=\"\"\"$prefix$\"\"\"/></span>\n<div>\n<$macrocall $name=\"tree-node\" prefix=\"\"\"$prefix$\"\"\"/>\n</div>\n</div>\n\\end\n"
        },
        "$:/snippets/minilanguageswitcher": {
            "title": "$:/snippets/minilanguageswitcher",
            "text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
        },
        "$:/snippets/minithemeswitcher": {
            "title": "$:/snippets/minithemeswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
        },
        "$:/snippets/modules": {
            "title": "$:/snippets/modules",
            "text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
        },
        "$:/palette": {
            "title": "$:/palette",
            "text": "$:/palettes/Vanilla"
        },
        "$:/snippets/paletteeditor": {
            "title": "$:/snippets/paletteeditor",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
        },
        "$:/snippets/palettepreview": {
            "title": "$:/snippets/palettepreview",
            "text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
        },
        "$:/snippets/paletteswitcher": {
            "title": "$:/snippets/paletteswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<div class=\"tc-prompt\">\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n</div>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>&bull;</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}>&nbsp;</$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
        },
        "$:/temp/search": {
            "title": "$:/temp/search",
            "text": ""
        },
        "$:/tags/AdvancedSearch": {
            "title": "$:/tags/AdvancedSearch",
            "list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
        },
        "$:/tags/AdvancedSearch/FilterButton": {
            "title": "$:/tags/AdvancedSearch/FilterButton",
            "list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
        },
        "$:/tags/ControlPanel": {
            "title": "$:/tags/ControlPanel",
            "list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
        },
        "$:/tags/ControlPanel/Info": {
            "title": "$:/tags/ControlPanel/Info",
            "list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
        },
        "$:/tags/ControlPanel/Plugins": {
            "title": "$:/tags/ControlPanel/Plugins",
            "list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
        },
        "$:/tags/EditTemplate": {
            "title": "$:/tags/EditTemplate",
            "list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
        },
        "$:/tags/EditToolbar": {
            "title": "$:/tags/EditToolbar",
            "list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
        },
        "$:/tags/EditorToolbar": {
            "title": "$:/tags/EditorToolbar",
            "list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
        },
        "$:/tags/Manager/ItemMain": {
            "title": "$:/tags/Manager/ItemMain",
            "list": "$:/Manager/ItemMain/WikifiedText $:/Manager/ItemMain/RawText $:/Manager/ItemMain/Fields"
        },
        "$:/tags/Manager/ItemSidebar": {
            "title": "$:/tags/Manager/ItemSidebar",
            "list": "$:/Manager/ItemSidebar/Tags $:/Manager/ItemSidebar/Colour $:/Manager/ItemSidebar/Icon $:/Manager/ItemSidebar/Tools"
        },
        "$:/tags/MoreSideBar": {
            "title": "$:/tags/MoreSideBar",
            "list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]] [[$:/core/ui/MoreSideBar/Explorer]] [[$:/core/ui/MoreSideBar/Plugins]]",
            "text": ""
        },
        "$:/tags/PageControls": {
            "title": "$:/tags/PageControls",
            "list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/manager]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/timestamp]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/print]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
        },
        "$:/tags/PageTemplate": {
            "title": "$:/tags/PageTemplate",
            "list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
            "text": ""
        },
        "$:/tags/SideBar": {
            "title": "$:/tags/SideBar",
            "list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
            "text": ""
        },
        "$:/tags/TiddlerInfo": {
            "title": "$:/tags/TiddlerInfo",
            "list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
            "text": ""
        },
        "$:/tags/TiddlerInfo/Advanced": {
            "title": "$:/tags/TiddlerInfo/Advanced",
            "list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
        },
        "$:/tags/ViewTemplate": {
            "title": "$:/tags/ViewTemplate",
            "list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
        },
        "$:/tags/ViewToolbar": {
            "title": "$:/tags/ViewToolbar",
            "list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
        },
        "$:/snippets/themeswitcher": {
            "title": "$:/snippets/themeswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>&bull;</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}>&nbsp;</$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
        },
        "$:/core/wiki/title": {
            "title": "$:/core/wiki/title",
            "text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
        },
        "$:/view": {
            "title": "$:/view",
            "text": "classic"
        },
        "$:/snippets/viewswitcher": {
            "title": "$:/snippets/viewswitcher",
            "text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
        }
    }
}

\define thumbnail(link,icon,color,background-color,image,caption,width:"280",height:"157")
<$link to="""$link$"""><div class="tc-thumbnail-wrapper">
<div class="tc-thumbnail-image" style="width:$width$px;height:$height$px;"><$reveal type="nomatch" text="" default="""$image$""" tag="div" style="width:$width$px;height:$height$px;">
[img[$image$]]
</$reveal><$reveal type="match" text="" default="""$image$""" tag="div" class="tc-thumbnail-background" style="width:$width$px;height:$height$px;background-color:$background-color$;"></$reveal></div><div class="tc-thumbnail-icon" style="fill:$color$;color:$color$;">
$icon$
</div><div class="tc-thumbnail-caption">
$caption$
</div>
</div></$link>
\end

\define thumbnail-right(link,icon,color,background-color,image,caption,width:"280",height:"157")
<div class="tc-thumbnail-right-wrapper"><<thumbnail """$link$""" """$icon$""" """$color$""" """$background-color$""" """$image$""" """$caption$""" """$width$""" """$height$""">></div>
\end

\define list-thumbnails(filter,width:"280",height:"157")
<$list filter="""$filter$"""><$macrocall $name="thumbnail" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width="""$width$""" height="""$height$"""/></$list>
\end

<$button message="tm-close-all-tiddlers" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>
<$list filter="[<tv-config-toolbar-icons>prefix[yes]]">
{{$:/core/images/close-all-button}}
</$list>
<$list filter="[<tv-config-toolbar-text>prefix[yes]]">
<span class="tc-btn-text"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>
</$list>
</$button>

\define visibility(tiddler) $:/config/ViewToolbarButtons/Visibility/$tiddler$

\define admin()
<$button tooltip={{$:/language/Buttons/ModeWeb/Hint}} aria-label={{$:/language/Buttons/ModeWeb/Caption}} class=<<tv-config-toolbar-class>>>
    
    <!-- hide buttons -->
    <$action-setfield
        $tiddler=<<visibility "$:/core/ui/Buttons/more-tiddler-actions">>
        text="hide" />
    <$action-setfield
        $tiddler=<<visibility "$:/core/ui/Buttons/edit">>
        text="hide" />
    <$action-setfield
        $tiddler=<<visibility "$:/core/ui/Buttons/close">>
        text="hide" />
    
    <!-- clear cache -->
    <$action-setfield $tiddler="$:/temp/verlauf" text="" />
    <$action-setfield $tiddler="$:/HistoryList" text="" />
    <$action-setfield $tiddler="$:/temp/search" text="" />
    
    <!-- set switch -->
    <$action-setfield $tiddler="$:/admin/switch" text="web" />
    
    <!-- hide sidebar -->
    <$action-setfield $tiddler="$:/state/sidebar" text="hide" />
   
   <!-- hide chevron -->
<$action-setfield $tiddler="$:/core/ui/TopBar/menu" tags="" />
    
    <!-- save wiki -->
<$action-setfield $tiddler="$:/state/sidebar" $value="no"/>
    <$action-sendmessage $message="tm-save-wiki" />
<$list filter="[<tv-config-toolbar-icons>prefix[yes]]">
{{$:/core/images/mode-web-button}}
</$list>
<$list filter="[<tv-config-toolbar-text>prefix[yes]]">
<span class="tc-btn-text"><$text text={{$:/language/Buttons/ModeWeb/Caption}}/></span>
</$list>
  </$button>
\end

<$macrocall $name={{$:/admin/switch}} />

{{$:/snippets/themeswitcher}}

\define lingo-base() $:/language/TiddlerInfo/

\define config-base() $:/config/PageControlButtons/Visibility/

{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}

<$set name="tv-config-toolbar-icons" value="yes">

<$set name="tv-config-toolbar-text" value="yes">

<$macrocall $name="list-tagged-draggable" tag="$:/tags/PageControls" itemTemplate="$:/core/ui/ControlPanel/Toolbars/ItemTemplate"/>

</$set>

</$set>

!Couleurs du wiki
<$set name="currentTiddler" value={{$:/palette}}>

Les couleurs du wiki sont déterminées par rapport à la palette de couleurs en cours. Prolégomènes dispose de sa propre palette $:/palettes/Prolegomenes Elle est active sur ce wiki 

!!!Wiki

@@.no-border
|Fond des tiddlers|<$edit-text class='tc-edit-texteditor' index=tiddler-background tag="input"/><$edit-text class='tc-edit-texteditor' index=tiddler-background type="color" tag="input"/> |
|Fond général|<$edit-text class='tc-edit-texteditor' index=background tag="input"/><$edit-text class='tc-edit-texteditor' index=background type="color" tag="input"/> |
|Fond de page|<$edit-text class='tc-edit-texteditor' index=page-background tag="input"/><$edit-text class='tc-edit-texteditor' index=page-background type="color" tag="input"/> |
|Bordure Tiddler|<$edit-text class='tc-edit-texteditor' index=tiddler-border tag="input"/><$edit-text class='tc-edit-texteditor' index=tiddler-border type="color" tag="input"/> |
|Fond QuickJump|<$edit-text class='tc-edit-texteditor' index=tiddler-info-background tag="input"/><$edit-text class='tc-edit-texteditor' index=tiddler-info-background type="color" tag="input"/> |
|Bordures QuickJump|<$edit-text class='tc-edit-texteditor' index=tiddler-info-border tag="input"/><$edit-text class='tc-edit-texteditor' index=tiddler-info-border type="color" tag="input"/> |
|Couleur de fond des tags|<$edit-text class='tc-edit-texteditor' index=tag-background tag="input"/><$edit-text class='tc-edit-texteditor' index=tag-background type="color" tag="input"/> |
|Couleur des tags|<$edit-text class='tc-edit-texteditor' index=tag-foreground tag="input"/><$edit-text class='tc-edit-texteditor' index=tag-foreground type="color" tag="input"/> |
|Couleur du Titre du wiki |<$edit-text class='tc-edit-texteditor' index=site-title-foreground tag="input"/><$edit-text class='tc-edit-texteditor' index=site-title-foreground type="color" tag="input"/> |
|General Foreground|<$edit-text class='tc-edit-texteditor' index=foreground tag="input"/><$edit-text class='tc-edit-texteditor' index=foreground type="color" tag="input"/> |
|DropDown background|<$edit-text class='tc-edit-texteditor' index=dropdown-background tag="input"/><$edit-text class='tc-edit-texteditor' index=dropdown-background type="color" tag="input"/> |
|DropDown borders|<$edit-text class='tc-edit-texteditor' index=dropdown-border tag="input"/><$edit-text class='tc-edit-texteditor' index=dropdown-border type="color" tag="input"/> |
|Code Foreground|<$edit-text class='tc-edit-texteditor' index=code-foreground tag="input"/><$edit-text class='tc-edit-texteditor' index=code-foreground type="color" tag="input"/> |
|Code Background|<$edit-text class='tc-edit-texteditor' index=code-background tag="input"/><$edit-text class='tc-edit-texteditor' index=code-background type="color" tag="input"/> |
|Code Borders|<$edit-text class='tc-edit-texteditor' index=code-border tag="input"/><$edit-text class='tc-edit-texteditor' index=code-border type="color" tag="input"/> |
|Fond Tables Sidebar|<$edit-text class='tc-edit-texteditor' index=sidebar-tab-background tag="input"/><$edit-text class='tc-edit-texteditor' index=sidebar-tab-background type="color" tag="input"/> |
|SideBar Tab Divider|<$edit-text class='tc-edit-texteditor' index=sidebar-tab-divider tag="input"/><$edit-text class='tc-edit-texteditor' index=sidebar-tab-divider type="color" tag="input"/> |
|Couleur liens dans SideBar|<$edit-text class='tc-edit-texteditor' index=sidebar-tiddler-link-foreground-hover tag="input"/><$edit-text class='tc-edit-texteditor' index=sidebar-tiddler-link-foreground-hover type="color" tag="input"/> |
|SideBar Tab selected Background|<$edit-text class='tc-edit-texteditor' index=sidebar-tab-background-selected tag="input"/><$edit-text class='tc-edit-texteditor' index=sidebar-tab-background-selected type="color" tag="input"/> |
|Preformatted code background|<$edit-text class='tc-edit-texteditor' index=pre-background tag="input"/><$edit-text class='tc-edit-texteditor' index=pre-background type="color" tag="input"/> |
|Couleur Story River|<$edit-text class='tc-edit-texteditor' index=tc-story-river tag="input"/><$edit-text class='tc-edit-texteditor' index=tc-story-river type="color" tag="input"/> |
|Couleur SideBar header|<$edit-text class='tc-edit-texteditor' index=tc-sidebar-header tag="input"/><$edit-text class='tc-edit-texteditor' index=tc-sidebar-header type="color" tag="input"/> |

!!!Boutons

*toolbar-cancel-button <$edit-text index=toolbar-cancel-button type="color" tag="input"/> 
*toolbar-close-button <$edit-text index=toolbar-close-button type="color" tag="input"/>
*toolbar-delete-button <$edit-text index=toolbar-delete-button type="color" tag="input"/>
*toolbar-done-button <$edit-text index=toolbar-done-button type="color" tag="input"/>
*toolbar-edit-button <$edit-text index=toolbar-edit-button type="color" tag="input"/>

!!!Code

* code-background <$edit-text index=code-background type="color" tag="input"/> 
* code-border <$edit-text index=code-border type="color" tag="input"/> 
* code-foreground <$edit-text index=code-foreground type="color" tag="input"/> 

`Je suis du code `

*pre-background <$edit-text index=pre-background type="color" tag="input"/>
*pre-border <$edit-text index=pre-border type="color" tag="input"/> 

<div class="tc-more-sidebar">
<<tabs "[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]" "$:/core/ui/MoreSideBar/Tags" "$:/state/tab/moresidebar" "tc-vertical">>
</div>

\define lingo-base() $:/language/CloseAll/

\define drop-actions()
<$action-listops $tiddler="$:/StoryList" $subfilter="+[insertbefore:currentTiddler<actionTiddler>]"/>
\end

<$list filter="[list[$:/StoryList]]" history="$:/HistoryList" storyview="pop">
<div style="position: relative;">
<$droppable actions=<<drop-actions>>>
<div class="tc-droppable-placeholder">
&nbsp;
</div>
<div>
<$button message="tm-close-tiddler" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class="tc-btn-invisible tc-btn-mini">&times;</$button> <$link to={{!!title}}><$view field="title"/></$link>
</div>
</$droppable>
</div>
</$list>
<$tiddler tiddler="">
<$droppable actions=<<drop-actions>>>
<div class="tc-droppable-placeholder">
&nbsp;
</div>
<$button message="tm-close-all-tiddlers" class="tc-btn-invisible tc-btn-mini"><<lingo Button>></$button>
</$droppable>
</$tiddler>

<div class="tc-more-sidebar">
<<tabs "[all[shadows+tiddlers]tag[$:/tags/ParamSideBar]!has[draft.of]]" "$:/core/ui/ParamSideBar/Tags" "$:/state/tab/Paramsidebar" "tc-vertical">>
</div>

tags

<$macrocall $name="timeline" format={{$:/language/RecentChanges/DateFormat}}/>

<div class="tc-table-of-contents">
<<toc-selective-expandable 'TableOfContents'>>
</div>

<div class="tc-table-of-contents">
<<toc-expandable "Menu" "sort[sub.num]">>
</div>

\define lingo-base() $:/language/ControlPanel/
\define config-title()
$:/config/PageControlButtons/Visibility/$(listItem)$
\end

<<lingo Basics/Version/Prompt>> <<version>>

<$set name="tv-config-toolbar-icons" value="yes">

<$set name="tv-config-toolbar-text" value="yes">

<$set name="tv-config-toolbar-class" value="">

<$list filter="[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]" variable="listItem">

<div style="position:relative;" class={{{ [<listItem>encodeuricomponent[]addprefix[tc-btn-]] }}}>

<$checkbox tiddler=<<config-title>> field="text" checked="show" unchecked="hide" default="show"/> <$transclude tiddler=<<listItem>>/> <i class="tc-muted"><$transclude tiddler=<<listItem>> field="description"/></i>

</div>

</$list>

</$set>

</$set>

</$set>

Cette page vous permet de choisir sur quelle largeur d'écran les textes de la story-River doivent être affichés lorsque la ~SideBar est en position fermée. Dans le cas ou la ~SideBar est ouverte (visible) la taille de cette dernière supplante la taille des tiddlers.



| Largeur Tiddlers | Adaptation |h
|<$radio tiddler='$:/settings/apperance/TiddlerWidthSettings' field='width_option' value='100%'> Pleine&nbsp;largeur</$radio>| 100% de l'espace disponible |
|<$radio tiddler='$:/settings/apperance/TiddlerWidthSettings' field='width_option' value='sixth'> 1500px</$radio>|  Convient pour la lecture sur un moniteur 24 pouces |
|<$radio tiddler='$:/settings/apperance/TiddlerWidthSettings' field='width_option' value='fifth'> 1200px</$radio>| |
|<$radio tiddler='$:/settings/apperance/TiddlerWidthSettings' field='width_option' value='fourth'> 1000px</$radio>| Convient pour lecture sur un moniteur 17 pouces |
|<$radio tiddler='$:/settings/apperance/TiddlerWidthSettings' field='width_option' value='900px'> 900px</$radio>| Convient pour lecture sur une teablette 10 pouces |
|<$radio tiddler='$:/settings/apperance/TiddlerWidthSettings' field='width_option' value='770px'> 770px</$radio>| Largeur par défaut de ~TiddlyWiki |
|<$radio tiddler='$:/settings/apperance/TiddlerWidthSettings' field='width_option' value='600px'> 600px</$radio>| ~SideBar ouverte ou fermée => largeur des textes à l'écran identique |
Voir [[Réglage des tiddlers en largeur]]

*La taille des caractères (sinon la police elle-même)
*La place de la sidebar à gauche ou à droite

C'est l'objet du menu spécial ''Paramètres'' ajouté et directement utilisable par tout visiteur.

<$reveal state="$:/state/sidebar" type="nomatch" text="no">
<$button set="$:/state/sidebar" setTo="no" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class="tc-btn-invisible">{{$:/core/images/chevron-right}}</$button>
</$reveal>
<$reveal state="$:/state/sidebar" type="match" text="no">
<$button set="$:/state/sidebar" setTo="yes" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class="tc-btn-invisible">{{$:/core/images/chevron-left}}</$button>
</$reveal>

<$reveal type="nomatch" state=<<folded-state>> text="hide" tag="div" retain="yes" animate="yes">
<div class="tc-subtitle">
<$link to={{!!modifier}}>
<$view field="modifier"/>
</$link>
<<fa floppy-o>> <$list filter="[is[current]has[created]]"><$view field="created" format="date" template={{$:/language/Tiddler/DateFormat}}/></$list> <<fa clock-o>>
<$list filter="[is[current]has[modified]]"> <$view field="modified" format="relativedate"/></$list>
</div>
</$reveal>

<$reveal type="nomatch" state=<<folded-state>> text="hide" tag="div" retain="yes" animate="yes">
<$vars
subFilter={{$:/config/Hide/TagButtons}}
tagFilter="[all[current]tags[]] $(subFilter)$ +[sort[title]]">
<div class="tc-tags-wrapper">
<$list filter=<<tagFilter>> template="$:/core/ui/TagTemplate" storyview="pop"/>
</div>
</$vars>
</$reveal>

/* CSS complémentaire du wiki */

/* Fonts */

.tc-site-title {
	font-family: {{$:/palettes/font##titre}};
	font-size: 4em;
}

.tc-titlebar h2 {
	font-family: {{$:/palettes/font##tiddler}};
}

h1 {
	font-family: {{$:/palettes/font##h1}};
	font-size: 2em;
}

h2 {
	font-family: {{$:/palettes/font##h2}};
	font-weight: 600;
	font-size: 1.5em;
}


h3, h4, h5 {
	font-family: {{$:/palettes/font##h3}};
	font-weight: 600;
}

p, ul, li {
	font-family: {{$:/palettes/font##p}}
}

code, pre, samp {
	font-family: {{$:/palettes/font##code}};
	font-size: 1em;
}

kbd {
	font-family: {{$:/palettes/font##kbd}};
}



/* Footer */
.footer {
background-color: transparent;
margin-left: 1em;
color: <<color sidebar-controls-foreground>>;
}

.footer a {
color: <<color sidebar-tiddler-link-foreground>>;
}

.footer a:hover {
color: <<color sidebar-tiddler-link-foreground-hover>>;
}

/* Tableau */

.tw th {background-color:#5778D8;color:#f6f6f6;font-weight:900;padding: 5px 5px;font-family:"open_sanslight";}

table th {background-color:#333333;color:#f6f6f6;font-weight:900;padding: 5px 5px;font-family:"open_sanslight";}

tr:nth-child(even) td {background-color:#f6f6f6;padding: 8px 5px}

tr:nth-child(odd) td {background-color:#e9e9e9;padding: 8px 5px}

/* Bloc pour notes */

.note {
background: RGBA(254, 220, 87, 0.40) none repeat scroll 0% 0%;
font-family: "open_sanslight";
text-shadow: 0px 1px 0px rgba(0, 0, 0, 0.15);
border-color: #F1C40F;
border-left-width: 7px;
border-left-style: solid;
padding: 8px;
margin-bottom: 20px;
overflow: hidden;
clear: both;
}

.astuce {
background: RGBA(46, 204, 113, 0.40) none repeat scroll 0% 0%;
font-family: "open_sanslight";
text-shadow: 0px 1px 0px rgba(0, 0, 0, 0.15);
border-color: #2ECC71;
border-left-width: 7px;
border-left-style: solid;
padding: 8px;
margin-bottom: 20px;
overflow: hidden;
clear: both;
}

.attention {
background: RGBA(231, 76, 60, 0.40) none repeat scroll 0% 0%;
font-family: "open_sanssemibold";
text-shadow: 0px 1px 0px rgba(0, 0, 0, 0.15);
border-color: #E74C3C;
border-left-width: 7px;
border-left-style: solid;
padding: 8px;
margin-bottom: 20px;
overflow: hidden;
clear: both;
}

.info {
background: rgba(52, 152, 219, 0.20) none repeat scroll 0% 0%;
font-family: "open_sanslight";
text-shadow: 0px 1px 0px rgba(0, 0, 0, 0.15);
border-color: #3498DB;
border-left-width: 7px;
border-left-style: solid;
padding: 8px;
margin-bottom: 20px;
overflow: hidden;
clear: both;
}

GettingStarted [[Chronologique (court)]]

[[Favicon du site|$:/user/config/Favicon]]:

{{$:/user/config/Favicon}}

Importez votre favicon et renommez le `$:/user/config/Favicon`

<$browse>
</$browse>

$:/palettes/font

!!!Fonts disponibles :
<<list-links "[prefix[$:/fonts/]]">>

$:/fonts > $:/palettes/font

Pour modifier lecontenu de ce Tiddler, voir $:/fonts-settings-help

<!--
Font source du titre: open_sanslight. Font source tiddler: leckerlioneregular
-->

/*!
 * FontAwesome 4.7.0 pour TiddlyWiki préparé par @naudinsylvain le 26/10/2016
 * http://sylvain.naud.in
 * https://forum.tiddlywiki.fr
 * Howto : base64 -w 0 fontawesome-webfont.woff > fontawesome-webfont.txt
 * 
 *  Font Awesome 4.7.0 by @davegandy - http://fontawesome.io - @fontawesome
 *  License - http://fontawesome.io/license (Font: SIL OFL 1.1, CSS: MIT License)
 */
/* FONT PATH
 * -------------------------- */
@font-face {
  font-family: 'FontAwesome';
src: url(data:application/font-woff;base64,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) format('woff');
  font-weight: normal;
  font-style: normal;
}
.fa {
  display: inline-block;
  font: normal normal normal 14px/1 FontAwesome;
  font-size: inherit;
  text-rendering: auto;
  -webkit-font-smoothing: antialiased;
  -moz-osx-font-smoothing: grayscale;
}
/* makes the font 33% larger relative to the icon container */
.fa-lg {
  font-size: 1.33333333em;
  line-height: 0.75em;
  vertical-align: -15%;
}
.fa-2x {
  font-size: 2em;
}
.fa-3x {
  font-size: 3em;
}
.fa-4x {
  font-size: 4em;
}
.fa-5x {
  font-size: 5em;
}
.fa-fw {
  width: 1.28571429em;
  text-align: center;
}
.fa-ul {
  padding-left: 0;
  margin-left: 2.14285714em;
  list-style-type: none;
}
.fa-ul > li {
  position: relative;
}
.fa-li {
  position: absolute;
  left: -2.14285714em;
  width: 2.14285714em;
  top: 0.14285714em;
  text-align: center;
}
.fa-li.fa-lg {
  left: -1.85714286em;
}
.fa-border {
  padding: .2em .25em .15em;
  border: solid 0.08em #eeeeee;
  border-radius: .1em;
}
.fa-pull-left {
  float: left;
}
.fa-pull-right {
  float: right;
}
.fa.fa-pull-left {
  margin-right: .3em;
}
.fa.fa-pull-right {
  margin-left: .3em;
}
/* Deprecated as of 4.4.0 */
.pull-right {
  float: right;
}
.pull-left {
  float: left;
}
.fa.pull-left {
  margin-right: .3em;
}
.fa.pull-right {
  margin-left: .3em;
}
.fa-spin {
  -webkit-animation: fa-spin 2s infinite linear;
  animation: fa-spin 2s infinite linear;
}
.fa-pulse {
  -webkit-animation: fa-spin 1s infinite steps(8);
  animation: fa-spin 1s infinite steps(8);
}
@-webkit-keyframes fa-spin {
  0% {
    -webkit-transform: rotate(0deg);
    transform: rotate(0deg);
  }
  100% {
    -webkit-transform: rotate(359deg);
    transform: rotate(359deg);
  }
}
@keyframes fa-spin {
  0% {
    -webkit-transform: rotate(0deg);
    transform: rotate(0deg);
  }
  100% {
    -webkit-transform: rotate(359deg);
    transform: rotate(359deg);
  }
}
.fa-rotate-90 {
  -ms-filter: "progid:DXImageTransform.Microsoft.BasicImage(rotation=1)";
  -webkit-transform: rotate(90deg);
  -ms-transform: rotate(90deg);
  transform: rotate(90deg);
}
.fa-rotate-180 {
  -ms-filter: "progid:DXImageTransform.Microsoft.BasicImage(rotation=2)";
  -webkit-transform: rotate(180deg);
  -ms-transform: rotate(180deg);
  transform: rotate(180deg);
}
.fa-rotate-270 {
  -ms-filter: "progid:DXImageTransform.Microsoft.BasicImage(rotation=3)";
  -webkit-transform: rotate(270deg);
  -ms-transform: rotate(270deg);
  transform: rotate(270deg);
}
.fa-flip-horizontal {
  -ms-filter: "progid:DXImageTransform.Microsoft.BasicImage(rotation=0, mirror=1)";
  -webkit-transform: scale(-1, 1);
  -ms-transform: scale(-1, 1);
  transform: scale(-1, 1);
}
.fa-flip-vertical {
  -ms-filter: "progid:DXImageTransform.Microsoft.BasicImage(rotation=2, mirror=1)";
  -webkit-transform: scale(1, -1);
  -ms-transform: scale(1, -1);
  transform: scale(1, -1);
}
:root .fa-rotate-90,
:root .fa-rotate-180,
:root .fa-rotate-270,
:root .fa-flip-horizontal,
:root .fa-flip-vertical {
  filter: none;
}
.fa-stack {
  position: relative;
  display: inline-block;
  width: 2em;
  height: 2em;
  line-height: 2em;
  vertical-align: middle;
}
.fa-stack-1x,
.fa-stack-2x {
  position: absolute;
  left: 0;
  width: 100%;
  text-align: center;
}
.fa-stack-1x {
  line-height: inherit;
}
.fa-stack-2x {
  font-size: 2em;
}
.fa-inverse {
  color: #ffffff;
}
/* Font Awesome uses the Unicode Private Use Area (PUA) to ensure screen
   readers do not read off random characters that represent icons */
.fa-glass:before {
  content: "\f000";
}
.fa-music:before {
  content: "\f001";
}
.fa-search:before {
  content: "\f002";
}
.fa-envelope-o:before {
  content: "\f003";
}
.fa-heart:before {
  content: "\f004";
}
.fa-star:before {
  content: "\f005";
}
.fa-star-o:before {
  content: "\f006";
}
.fa-user:before {
  content: "\f007";
}
.fa-film:before {
  content: "\f008";
}
.fa-th-large:before {
  content: "\f009";
}
.fa-th:before {
  content: "\f00a";
}
.fa-th-list:before {
  content: "\f00b";
}
.fa-check:before {
  content: "\f00c";
}
.fa-remove:before,
.fa-close:before,
.fa-times:before {
  content: "\f00d";
}
.fa-search-plus:before {
  content: "\f00e";
}
.fa-search-minus:before {
  content: "\f010";
}
.fa-power-off:before {
  content: "\f011";
}
.fa-signal:before {
  content: "\f012";
}
.fa-gear:before,
.fa-cog:before {
  content: "\f013";
}
.fa-trash-o:before {
  content: "\f014";
}
.fa-home:before {
  content: "\f015";
}
.fa-file-o:before {
  content: "\f016";
}
.fa-clock-o:before {
  content: "\f017";
}
.fa-road:before {
  content: "\f018";
}
.fa-download:before {
  content: "\f019";
}
.fa-arrow-circle-o-down:before {
  content: "\f01a";
}
.fa-arrow-circle-o-up:before {
  content: "\f01b";
}
.fa-inbox:before {
  content: "\f01c";
}
.fa-play-circle-o:before {
  content: "\f01d";
}
.fa-rotate-right:before,
.fa-repeat:before {
  content: "\f01e";
}
.fa-refresh:before {
  content: "\f021";
}
.fa-list-alt:before {
  content: "\f022";
}
.fa-lock:before {
  content: "\f023";
}
.fa-flag:before {
  content: "\f024";
}
.fa-headphones:before {
  content: "\f025";
}
.fa-volume-off:before {
  content: "\f026";
}
.fa-volume-down:before {
  content: "\f027";
}
.fa-volume-up:before {
  content: "\f028";
}
.fa-qrcode:before {
  content: "\f029";
}
.fa-barcode:before {
  content: "\f02a";
}
.fa-tag:before {
  content: "\f02b";
}
.fa-tags:before {
  content: "\f02c";
}
.fa-book:before {
  content: "\f02d";
}
.fa-bookmark:before {
  content: "\f02e";
}
.fa-print:before {
  content: "\f02f";
}
.fa-camera:before {
  content: "\f030";
}
.fa-font:before {
  content: "\f031";
}
.fa-bold:before {
  content: "\f032";
}
.fa-italic:before {
  content: "\f033";
}
.fa-text-height:before {
  content: "\f034";
}
.fa-text-width:before {
  content: "\f035";
}
.fa-align-left:before {
  content: "\f036";
}
.fa-align-center:before {
  content: "\f037";
}
.fa-align-right:before {
  content: "\f038";
}
.fa-align-justify:before {
  content: "\f039";
}
.fa-list:before {
  content: "\f03a";
}
.fa-dedent:before,
.fa-outdent:before {
  content: "\f03b";
}
.fa-indent:before {
  content: "\f03c";
}
.fa-video-camera:before {
  content: "\f03d";
}
.fa-photo:before,
.fa-image:before,
.fa-picture-o:before {
  content: "\f03e";
}
.fa-pencil:before {
  content: "\f040";
}
.fa-map-marker:before {
  content: "\f041";
}
.fa-adjust:before {
  content: "\f042";
}
.fa-tint:before {
  content: "\f043";
}
.fa-edit:before,
.fa-pencil-square-o:before {
  content: "\f044";
}
.fa-share-square-o:before {
  content: "\f045";
}
.fa-check-square-o:before {
  content: "\f046";
}
.fa-arrows:before {
  content: "\f047";
}
.fa-step-backward:before {
  content: "\f048";
}
.fa-fast-backward:before {
  content: "\f049";
}
.fa-backward:before {
  content: "\f04a";
}
.fa-play:before {
  content: "\f04b";
}
.fa-pause:before {
  content: "\f04c";
}
.fa-stop:before {
  content: "\f04d";
}
.fa-forward:before {
  content: "\f04e";
}
.fa-fast-forward:before {
  content: "\f050";
}
.fa-step-forward:before {
  content: "\f051";
}
.fa-eject:before {
  content: "\f052";
}
.fa-chevron-left:before {
  content: "\f053";
}
.fa-chevron-right:before {
  content: "\f054";
}
.fa-plus-circle:before {
  content: "\f055";
}
.fa-minus-circle:before {
  content: "\f056";
}
.fa-times-circle:before {
  content: "\f057";
}
.fa-check-circle:before {
  content: "\f058";
}
.fa-question-circle:before {
  content: "\f059";
}
.fa-info-circle:before {
  content: "\f05a";
}
.fa-crosshairs:before {
  content: "\f05b";
}
.fa-times-circle-o:before {
  content: "\f05c";
}
.fa-check-circle-o:before {
  content: "\f05d";
}
.fa-ban:before {
  content: "\f05e";
}
.fa-arrow-left:before {
  content: "\f060";
}
.fa-arrow-right:before {
  content: "\f061";
}
.fa-arrow-up:before {
  content: "\f062";
}
.fa-arrow-down:before {
  content: "\f063";
}
.fa-mail-forward:before,
.fa-share:before {
  content: "\f064";
}
.fa-expand:before {
  content: "\f065";
}
.fa-compress:before {
  content: "\f066";
}
.fa-plus:before {
  content: "\f067";
}
.fa-minus:before {
  content: "\f068";
}
.fa-asterisk:before {
  content: "\f069";
}
.fa-exclamation-circle:before {
  content: "\f06a";
}
.fa-gift:before {
  content: "\f06b";
}
.fa-leaf:before {
  content: "\f06c";
}
.fa-fire:before {
  content: "\f06d";
}
.fa-eye:before {
  content: "\f06e";
}
.fa-eye-slash:before {
  content: "\f070";
}
.fa-warning:before,
.fa-exclamation-triangle:before {
  content: "\f071";
}
.fa-plane:before {
  content: "\f072";
}
.fa-calendar:before {
  content: "\f073";
}
.fa-random:before {
  content: "\f074";
}
.fa-comment:before {
  content: "\f075";
}
.fa-magnet:before {
  content: "\f076";
}
.fa-chevron-up:before {
  content: "\f077";
}
.fa-chevron-down:before {
  content: "\f078";
}
.fa-retweet:before {
  content: "\f079";
}
.fa-shopping-cart:before {
  content: "\f07a";
}
.fa-folder:before {
  content: "\f07b";
}
.fa-folder-open:before {
  content: "\f07c";
}
.fa-arrows-v:before {
  content: "\f07d";
}
.fa-arrows-h:before {
  content: "\f07e";
}
.fa-bar-chart-o:before,
.fa-bar-chart:before {
  content: "\f080";
}
.fa-twitter-square:before {
  content: "\f081";
}
.fa-facebook-square:before {
  content: "\f082";
}
.fa-camera-retro:before {
  content: "\f083";
}
.fa-key:before {
  content: "\f084";
}
.fa-gears:before,
.fa-cogs:before {
  content: "\f085";
}
.fa-comments:before {
  content: "\f086";
}
.fa-thumbs-o-up:before {
  content: "\f087";
}
.fa-thumbs-o-down:before {
  content: "\f088";
}
.fa-star-half:before {
  content: "\f089";
}
.fa-heart-o:before {
  content: "\f08a";
}
.fa-sign-out:before {
  content: "\f08b";
}
.fa-linkedin-square:before {
  content: "\f08c";
}
.fa-thumb-tack:before {
  content: "\f08d";
}
.fa-external-link:before {
  content: "\f08e";
}
.fa-sign-in:before {
  content: "\f090";
}
.fa-trophy:before {
  content: "\f091";
}
.fa-github-square:before {
  content: "\f092";
}
.fa-upload:before {
  content: "\f093";
}
.fa-lemon-o:before {
  content: "\f094";
}
.fa-phone:before {
  content: "\f095";
}
.fa-square-o:before {
  content: "\f096";
}
.fa-bookmark-o:before {
  content: "\f097";
}
.fa-phone-square:before {
  content: "\f098";
}
.fa-twitter:before {
  content: "\f099";
}
.fa-facebook-f:before,
.fa-facebook:before {
  content: "\f09a";
}
.fa-github:before {
  content: "\f09b";
}
.fa-unlock:before {
  content: "\f09c";
}
.fa-credit-card:before {
  content: "\f09d";
}
.fa-feed:before,
.fa-rss:before {
  content: "\f09e";
}
.fa-hdd-o:before {
  content: "\f0a0";
}
.fa-bullhorn:before {
  content: "\f0a1";
}
.fa-bell:before {
  content: "\f0f3";
}
.fa-certificate:before {
  content: "\f0a3";
}
.fa-hand-o-right:before {
  content: "\f0a4";
}
.fa-hand-o-left:before {
  content: "\f0a5";
}
.fa-hand-o-up:before {
  content: "\f0a6";
}
.fa-hand-o-down:before {
  content: "\f0a7";
}
.fa-arrow-circle-left:before {
  content: "\f0a8";
}
.fa-arrow-circle-right:before {
  content: "\f0a9";
}
.fa-arrow-circle-up:before {
  content: "\f0aa";
}
.fa-arrow-circle-down:before {
  content: "\f0ab";
}
.fa-globe:before {
  content: "\f0ac";
}
.fa-wrench:before {
  content: "\f0ad";
}
.fa-tasks:before {
  content: "\f0ae";
}
.fa-filter:before {
  content: "\f0b0";
}
.fa-briefcase:before {
  content: "\f0b1";
}
.fa-arrows-alt:before {
  content: "\f0b2";
}
.fa-group:before,
.fa-users:before {
  content: "\f0c0";
}
.fa-chain:before,
.fa-link:before {
  content: "\f0c1";
}
.fa-cloud:before {
  content: "\f0c2";
}
.fa-flask:before {
  content: "\f0c3";
}
.fa-cut:before,
.fa-scissors:before {
  content: "\f0c4";
}
.fa-copy:before,
.fa-files-o:before {
  content: "\f0c5";
}
.fa-paperclip:before {
  content: "\f0c6";
}
.fa-save:before,
.fa-floppy-o:before {
  content: "\f0c7";
}
.fa-square:before {
  content: "\f0c8";
}
.fa-navicon:before,
.fa-reorder:before,
.fa-bars:before {
  content: "\f0c9";
}
.fa-list-ul:before {
  content: "\f0ca";
}
.fa-list-ol:before {
  content: "\f0cb";
}
.fa-strikethrough:before {
  content: "\f0cc";
}
.fa-underline:before {
  content: "\f0cd";
}
.fa-table:before {
  content: "\f0ce";
}
.fa-magic:before {
  content: "\f0d0";
}
.fa-truck:before {
  content: "\f0d1";
}
.fa-pinterest:before {
  content: "\f0d2";
}
.fa-pinterest-square:before {
  content: "\f0d3";
}
.fa-google-plus-square:before {
  content: "\f0d4";
}
.fa-google-plus:before {
  content: "\f0d5";
}
.fa-money:before {
  content: "\f0d6";
}
.fa-caret-down:before {
  content: "\f0d7";
}
.fa-caret-up:before {
  content: "\f0d8";
}
.fa-caret-left:before {
  content: "\f0d9";
}
.fa-caret-right:before {
  content: "\f0da";
}
.fa-columns:before {
  content: "\f0db";
}
.fa-unsorted:before,
.fa-sort:before {
  content: "\f0dc";
}
.fa-sort-down:before,
.fa-sort-desc:before {
  content: "\f0dd";
}
.fa-sort-up:before,
.fa-sort-asc:before {
  content: "\f0de";
}
.fa-envelope:before {
  content: "\f0e0";
}
.fa-linkedin:before {
  content: "\f0e1";
}
.fa-rotate-left:before,
.fa-undo:before {
  content: "\f0e2";
}
.fa-legal:before,
.fa-gavel:before {
  content: "\f0e3";
}
.fa-dashboard:before,
.fa-tachometer:before {
  content: "\f0e4";
}
.fa-comment-o:before {
  content: "\f0e5";
}
.fa-comments-o:before {
  content: "\f0e6";
}
.fa-flash:before,
.fa-bolt:before {
  content: "\f0e7";
}
.fa-sitemap:before {
  content: "\f0e8";
}
.fa-umbrella:before {
  content: "\f0e9";
}
.fa-paste:before,
.fa-clipboard:before {
  content: "\f0ea";
}
.fa-lightbulb-o:before {
  content: "\f0eb";
}
.fa-exchange:before {
  content: "\f0ec";
}
.fa-cloud-download:before {
  content: "\f0ed";
}
.fa-cloud-upload:before {
  content: "\f0ee";
}
.fa-user-md:before {
  content: "\f0f0";
}
.fa-stethoscope:before {
  content: "\f0f1";
}
.fa-suitcase:before {
  content: "\f0f2";
}
.fa-bell-o:before {
  content: "\f0a2";
}
.fa-coffee:before {
  content: "\f0f4";
}
.fa-cutlery:before {
  content: "\f0f5";
}
.fa-file-text-o:before {
  content: "\f0f6";
}
.fa-building-o:before {
  content: "\f0f7";
}
.fa-hospital-o:before {
  content: "\f0f8";
}
.fa-ambulance:before {
  content: "\f0f9";
}
.fa-medkit:before {
  content: "\f0fa";
}
.fa-fighter-jet:before {
  content: "\f0fb";
}
.fa-beer:before {
  content: "\f0fc";
}
.fa-h-square:before {
  content: "\f0fd";
}
.fa-plus-square:before {
  content: "\f0fe";
}
.fa-angle-double-left:before {
  content: "\f100";
}
.fa-angle-double-right:before {
  content: "\f101";
}
.fa-angle-double-up:before {
  content: "\f102";
}
.fa-angle-double-down:before {
  content: "\f103";
}
.fa-angle-left:before {
  content: "\f104";
}
.fa-angle-right:before {
  content: "\f105";
}
.fa-angle-up:before {
  content: "\f106";
}
.fa-angle-down:before {
  content: "\f107";
}
.fa-desktop:before {
  content: "\f108";
}
.fa-laptop:before {
  content: "\f109";
}
.fa-tablet:before {
  content: "\f10a";
}
.fa-mobile-phone:before,
.fa-mobile:before {
  content: "\f10b";
}
.fa-circle-o:before {
  content: "\f10c";
}
.fa-quote-left:before {
  content: "\f10d";
}
.fa-quote-right:before {
  content: "\f10e";
}
.fa-spinner:before {
  content: "\f110";
}
.fa-circle:before {
  content: "\f111";
}
.fa-mail-reply:before,
.fa-reply:before {
  content: "\f112";
}
.fa-github-alt:before {
  content: "\f113";
}
.fa-folder-o:before {
  content: "\f114";
}
.fa-folder-open-o:before {
  content: "\f115";
}
.fa-smile-o:before {
  content: "\f118";
}
.fa-frown-o:before {
  content: "\f119";
}
.fa-meh-o:before {
  content: "\f11a";
}
.fa-gamepad:before {
  content: "\f11b";
}
.fa-keyboard-o:before {
  content: "\f11c";
}
.fa-flag-o:before {
  content: "\f11d";
}
.fa-flag-checkered:before {
  content: "\f11e";
}
.fa-terminal:before {
  content: "\f120";
}
.fa-code:before {
  content: "\f121";
}
.fa-mail-reply-all:before,
.fa-reply-all:before {
  content: "\f122";
}
.fa-star-half-empty:before,
.fa-star-half-full:before,
.fa-star-half-o:before {
  content: "\f123";
}
.fa-location-arrow:before {
  content: "\f124";
}
.fa-crop:before {
  content: "\f125";
}
.fa-code-fork:before {
  content: "\f126";
}
.fa-unlink:before,
.fa-chain-broken:before {
  content: "\f127";
}
.fa-question:before {
  content: "\f128";
}
.fa-info:before {
  content: "\f129";
}
.fa-exclamation:before {
  content: "\f12a";
}
.fa-superscript:before {
  content: "\f12b";
}
.fa-subscript:before {
  content: "\f12c";
}
.fa-eraser:before {
  content: "\f12d";
}
.fa-puzzle-piece:before {
  content: "\f12e";
}
.fa-microphone:before {
  content: "\f130";
}
.fa-microphone-slash:before {
  content: "\f131";
}
.fa-shield:before {
  content: "\f132";
}
.fa-calendar-o:before {
  content: "\f133";
}
.fa-fire-extinguisher:before {
  content: "\f134";
}
.fa-rocket:before {
  content: "\f135";
}
.fa-maxcdn:before {
  content: "\f136";
}
.fa-chevron-circle-left:before {
  content: "\f137";
}
.fa-chevron-circle-right:before {
  content: "\f138";
}
.fa-chevron-circle-up:before {
  content: "\f139";
}
.fa-chevron-circle-down:before {
  content: "\f13a";
}
.fa-html5:before {
  content: "\f13b";
}
.fa-css3:before {
  content: "\f13c";
}
.fa-anchor:before {
  content: "\f13d";
}
.fa-unlock-alt:before {
  content: "\f13e";
}
.fa-bullseye:before {
  content: "\f140";
}
.fa-ellipsis-h:before {
  content: "\f141";
}
.fa-ellipsis-v:before {
  content: "\f142";
}
.fa-rss-square:before {
  content: "\f143";
}
.fa-play-circle:before {
  content: "\f144";
}
.fa-ticket:before {
  content: "\f145";
}
.fa-minus-square:before {
  content: "\f146";
}
.fa-minus-square-o:before {
  content: "\f147";
}
.fa-level-up:before {
  content: "\f148";
}
.fa-level-down:before {
  content: "\f149";
}
.fa-check-square:before {
  content: "\f14a";
}
.fa-pencil-square:before {
  content: "\f14b";
}
.fa-external-link-square:before {
  content: "\f14c";
}
.fa-share-square:before {
  content: "\f14d";
}
.fa-compass:before {
  content: "\f14e";
}
.fa-toggle-down:before,
.fa-caret-square-o-down:before {
  content: "\f150";
}
.fa-toggle-up:before,
.fa-caret-square-o-up:before {
  content: "\f151";
}
.fa-toggle-right:before,
.fa-caret-square-o-right:before {
  content: "\f152";
}
.fa-euro:before,
.fa-eur:before {
  content: "\f153";
}
.fa-gbp:before {
  content: "\f154";
}
.fa-dollar:before,
.fa-usd:before {
  content: "\f155";
}
.fa-rupee:before,
.fa-inr:before {
  content: "\f156";
}
.fa-cny:before,
.fa-rmb:before,
.fa-yen:before,
.fa-jpy:before {
  content: "\f157";
}
.fa-ruble:before,
.fa-rouble:before,
.fa-rub:before {
  content: "\f158";
}
.fa-won:before,
.fa-krw:before {
  content: "\f159";
}
.fa-bitcoin:before,
.fa-btc:before {
  content: "\f15a";
}
.fa-file:before {
  content: "\f15b";
}
.fa-file-text:before {
  content: "\f15c";
}
.fa-sort-alpha-asc:before {
  content: "\f15d";
}
.fa-sort-alpha-desc:before {
  content: "\f15e";
}
.fa-sort-amount-asc:before {
  content: "\f160";
}
.fa-sort-amount-desc:before {
  content: "\f161";
}
.fa-sort-numeric-asc:before {
  content: "\f162";
}
.fa-sort-numeric-desc:before {
  content: "\f163";
}
.fa-thumbs-up:before {
  content: "\f164";
}
.fa-thumbs-down:before {
  content: "\f165";
}
.fa-youtube-square:before {
  content: "\f166";
}
.fa-youtube:before {
  content: "\f167";
}
.fa-xing:before {
  content: "\f168";
}
.fa-xing-square:before {
  content: "\f169";
}
.fa-youtube-play:before {
  content: "\f16a";
}
.fa-dropbox:before {
  content: "\f16b";
}
.fa-stack-overflow:before {
  content: "\f16c";
}
.fa-instagram:before {
  content: "\f16d";
}
.fa-flickr:before {
  content: "\f16e";
}
.fa-adn:before {
  content: "\f170";
}
.fa-bitbucket:before {
  content: "\f171";
}
.fa-bitbucket-square:before {
  content: "\f172";
}
.fa-tumblr:before {
  content: "\f173";
}
.fa-tumblr-square:before {
  content: "\f174";
}
.fa-long-arrow-down:before {
  content: "\f175";
}
.fa-long-arrow-up:before {
  content: "\f176";
}
.fa-long-arrow-left:before {
  content: "\f177";
}
.fa-long-arrow-right:before {
  content: "\f178";
}
.fa-apple:before {
  content: "\f179";
}
.fa-windows:before {
  content: "\f17a";
}
.fa-android:before {
  content: "\f17b";
}
.fa-linux:before {
  content: "\f17c";
}
.fa-dribbble:before {
  content: "\f17d";
}
.fa-skype:before {
  content: "\f17e";
}
.fa-foursquare:before {
  content: "\f180";
}
.fa-trello:before {
  content: "\f181";
}
.fa-female:before {
  content: "\f182";
}
.fa-male:before {
  content: "\f183";
}
.fa-gittip:before,
.fa-gratipay:before {
  content: "\f184";
}
.fa-sun-o:before {
  content: "\f185";
}
.fa-moon-o:before {
  content: "\f186";
}
.fa-archive:before {
  content: "\f187";
}
.fa-bug:before {
  content: "\f188";
}
.fa-vk:before {
  content: "\f189";
}
.fa-weibo:before {
  content: "\f18a";
}
.fa-renren:before {
  content: "\f18b";
}
.fa-pagelines:before {
  content: "\f18c";
}
.fa-stack-exchange:before {
  content: "\f18d";
}
.fa-arrow-circle-o-right:before {
  content: "\f18e";
}
.fa-arrow-circle-o-left:before {
  content: "\f190";
}
.fa-toggle-left:before,
.fa-caret-square-o-left:before {
  content: "\f191";
}
.fa-dot-circle-o:before {
  content: "\f192";
}
.fa-wheelchair:before {
  content: "\f193";
}
.fa-vimeo-square:before {
  content: "\f194";
}
.fa-turkish-lira:before,
.fa-try:before {
  content: "\f195";
}
.fa-plus-square-o:before {
  content: "\f196";
}
.fa-space-shuttle:before {
  content: "\f197";
}
.fa-slack:before {
  content: "\f198";
}
.fa-envelope-square:before {
  content: "\f199";
}
.fa-wordpress:before {
  content: "\f19a";
}
.fa-openid:before {
  content: "\f19b";
}
.fa-institution:before,
.fa-bank:before,
.fa-university:before {
  content: "\f19c";
}
.fa-mortar-board:before,
.fa-graduation-cap:before {
  content: "\f19d";
}
.fa-yahoo:before {
  content: "\f19e";
}
.fa-google:before {
  content: "\f1a0";
}
.fa-reddit:before {
  content: "\f1a1";
}
.fa-reddit-square:before {
  content: "\f1a2";
}
.fa-stumbleupon-circle:before {
  content: "\f1a3";
}
.fa-stumbleupon:before {
  content: "\f1a4";
}
.fa-delicious:before {
  content: "\f1a5";
}
.fa-digg:before {
  content: "\f1a6";
}
.fa-pied-piper-pp:before {
  content: "\f1a7";
}
.fa-pied-piper-alt:before {
  content: "\f1a8";
}
.fa-drupal:before {
  content: "\f1a9";
}
.fa-joomla:before {
  content: "\f1aa";
}
.fa-language:before {
  content: "\f1ab";
}
.fa-fax:before {
  content: "\f1ac";
}
.fa-building:before {
  content: "\f1ad";
}
.fa-child:before {
  content: "\f1ae";
}
.fa-paw:before {
  content: "\f1b0";
}
.fa-spoon:before {
  content: "\f1b1";
}
.fa-cube:before {
  content: "\f1b2";
}
.fa-cubes:before {
  content: "\f1b3";
}
.fa-behance:before {
  content: "\f1b4";
}
.fa-behance-square:before {
  content: "\f1b5";
}
.fa-steam:before {
  content: "\f1b6";
}
.fa-steam-square:before {
  content: "\f1b7";
}
.fa-recycle:before {
  content: "\f1b8";
}
.fa-automobile:before,
.fa-car:before {
  content: "\f1b9";
}
.fa-cab:before,
.fa-taxi:before {
  content: "\f1ba";
}
.fa-tree:before {
  content: "\f1bb";
}
.fa-spotify:before {
  content: "\f1bc";
}
.fa-deviantart:before {
  content: "\f1bd";
}
.fa-soundcloud:before {
  content: "\f1be";
}
.fa-database:before {
  content: "\f1c0";
}
.fa-file-pdf-o:before {
  content: "\f1c1";
}
.fa-file-word-o:before {
  content: "\f1c2";
}
.fa-file-excel-o:before {
  content: "\f1c3";
}
.fa-file-powerpoint-o:before {
  content: "\f1c4";
}
.fa-file-photo-o:before,
.fa-file-picture-o:before,
.fa-file-image-o:before {
  content: "\f1c5";
}
.fa-file-zip-o:before,
.fa-file-archive-o:before {
  content: "\f1c6";
}
.fa-file-sound-o:before,
.fa-file-audio-o:before {
  content: "\f1c7";
}
.fa-file-movie-o:before,
.fa-file-video-o:before {
  content: "\f1c8";
}
.fa-file-code-o:before {
  content: "\f1c9";
}
.fa-vine:before {
  content: "\f1ca";
}
.fa-codepen:before {
  content: "\f1cb";
}
.fa-jsfiddle:before {
  content: "\f1cc";
}
.fa-life-bouy:before,
.fa-life-buoy:before,
.fa-life-saver:before,
.fa-support:before,
.fa-life-ring:before {
  content: "\f1cd";
}
.fa-circle-o-notch:before {
  content: "\f1ce";
}
.fa-ra:before,
.fa-resistance:before,
.fa-rebel:before {
  content: "\f1d0";
}
.fa-ge:before,
.fa-empire:before {
  content: "\f1d1";
}
.fa-git-square:before {
  content: "\f1d2";
}
.fa-git:before {
  content: "\f1d3";
}
.fa-y-combinator-square:before,
.fa-yc-square:before,
.fa-hacker-news:before {
  content: "\f1d4";
}
.fa-tencent-weibo:before {
  content: "\f1d5";
}
.fa-qq:before {
  content: "\f1d6";
}
.fa-wechat:before,
.fa-weixin:before {
  content: "\f1d7";
}
.fa-send:before,
.fa-paper-plane:before {
  content: "\f1d8";
}
.fa-send-o:before,
.fa-paper-plane-o:before {
  content: "\f1d9";
}
.fa-history:before {
  content: "\f1da";
}
.fa-circle-thin:before {
  content: "\f1db";
}
.fa-header:before {
  content: "\f1dc";
}
.fa-paragraph:before {
  content: "\f1dd";
}
.fa-sliders:before {
  content: "\f1de";
}
.fa-share-alt:before {
  content: "\f1e0";
}
.fa-share-alt-square:before {
  content: "\f1e1";
}
.fa-bomb:before {
  content: "\f1e2";
}
.fa-soccer-ball-o:before,
.fa-futbol-o:before {
  content: "\f1e3";
}
.fa-tty:before {
  content: "\f1e4";
}
.fa-binoculars:before {
  content: "\f1e5";
}
.fa-plug:before {
  content: "\f1e6";
}
.fa-slideshare:before {
  content: "\f1e7";
}
.fa-twitch:before {
  content: "\f1e8";
}
.fa-yelp:before {
  content: "\f1e9";
}
.fa-newspaper-o:before {
  content: "\f1ea";
}
.fa-wifi:before {
  content: "\f1eb";
}
.fa-calculator:before {
  content: "\f1ec";
}
.fa-paypal:before {
  content: "\f1ed";
}
.fa-google-wallet:before {
  content: "\f1ee";
}
.fa-cc-visa:before {
  content: "\f1f0";
}
.fa-cc-mastercard:before {
  content: "\f1f1";
}
.fa-cc-discover:before {
  content: "\f1f2";
}
.fa-cc-amex:before {
  content: "\f1f3";
}
.fa-cc-paypal:before {
  content: "\f1f4";
}
.fa-cc-stripe:before {
  content: "\f1f5";
}
.fa-bell-slash:before {
  content: "\f1f6";
}
.fa-bell-slash-o:before {
  content: "\f1f7";
}
.fa-trash:before {
  content: "\f1f8";
}
.fa-copyright:before {
  content: "\f1f9";
}
.fa-at:before {
  content: "\f1fa";
}
.fa-eyedropper:before {
  content: "\f1fb";
}
.fa-paint-brush:before {
  content: "\f1fc";
}
.fa-birthday-cake:before {
  content: "\f1fd";
}
.fa-area-chart:before {
  content: "\f1fe";
}
.fa-pie-chart:before {
  content: "\f200";
}
.fa-line-chart:before {
  content: "\f201";
}
.fa-lastfm:before {
  content: "\f202";
}
.fa-lastfm-square:before {
  content: "\f203";
}
.fa-toggle-off:before {
  content: "\f204";
}
.fa-toggle-on:before {
  content: "\f205";
}
.fa-bicycle:before {
  content: "\f206";
}
.fa-bus:before {
  content: "\f207";
}
.fa-ioxhost:before {
  content: "\f208";
}
.fa-angellist:before {
  content: "\f209";
}
.fa-cc:before {
  content: "\f20a";
}
.fa-shekel:before,
.fa-sheqel:before,
.fa-ils:before {
  content: "\f20b";
}
.fa-meanpath:before {
  content: "\f20c";
}
.fa-buysellads:before {
  content: "\f20d";
}
.fa-connectdevelop:before {
  content: "\f20e";
}
.fa-dashcube:before {
  content: "\f210";
}
.fa-forumbee:before {
  content: "\f211";
}
.fa-leanpub:before {
  content: "\f212";
}
.fa-sellsy:before {
  content: "\f213";
}
.fa-shirtsinbulk:before {
  content: "\f214";
}
.fa-simplybuilt:before {
  content: "\f215";
}
.fa-skyatlas:before {
  content: "\f216";
}
.fa-cart-plus:before {
  content: "\f217";
}
.fa-cart-arrow-down:before {
  content: "\f218";
}
.fa-diamond:before {
  content: "\f219";
}
.fa-ship:before {
  content: "\f21a";
}
.fa-user-secret:before {
  content: "\f21b";
}
.fa-motorcycle:before {
  content: "\f21c";
}
.fa-street-view:before {
  content: "\f21d";
}
.fa-heartbeat:before {
  content: "\f21e";
}
.fa-venus:before {
  content: "\f221";
}
.fa-mars:before {
  content: "\f222";
}
.fa-mercury:before {
  content: "\f223";
}
.fa-intersex:before,
.fa-transgender:before {
  content: "\f224";
}
.fa-transgender-alt:before {
  content: "\f225";
}
.fa-venus-double:before {
  content: "\f226";
}
.fa-mars-double:before {
  content: "\f227";
}
.fa-venus-mars:before {
  content: "\f228";
}
.fa-mars-stroke:before {
  content: "\f229";
}
.fa-mars-stroke-v:before {
  content: "\f22a";
}
.fa-mars-stroke-h:before {
  content: "\f22b";
}
.fa-neuter:before {
  content: "\f22c";
}
.fa-genderless:before {
  content: "\f22d";
}
.fa-facebook-official:before {
  content: "\f230";
}
.fa-pinterest-p:before {
  content: "\f231";
}
.fa-whatsapp:before {
  content: "\f232";
}
.fa-server:before {
  content: "\f233";
}
.fa-user-plus:before {
  content: "\f234";
}
.fa-user-times:before {
  content: "\f235";
}
.fa-hotel:before,
.fa-bed:before {
  content: "\f236";
}
.fa-viacoin:before {
  content: "\f237";
}
.fa-train:before {
  content: "\f238";
}
.fa-subway:before {
  content: "\f239";
}
.fa-medium:before {
  content: "\f23a";
}
.fa-yc:before,
.fa-y-combinator:before {
  content: "\f23b";
}
.fa-optin-monster:before {
  content: "\f23c";
}
.fa-opencart:before {
  content: "\f23d";
}
.fa-expeditedssl:before {
  content: "\f23e";
}
.fa-battery-4:before,
.fa-battery:before,
.fa-battery-full:before {
  content: "\f240";
}
.fa-battery-3:before,
.fa-battery-three-quarters:before {
  content: "\f241";
}
.fa-battery-2:before,
.fa-battery-half:before {
  content: "\f242";
}
.fa-battery-1:before,
.fa-battery-quarter:before {
  content: "\f243";
}
.fa-battery-0:before,
.fa-battery-empty:before {
  content: "\f244";
}
.fa-mouse-pointer:before {
  content: "\f245";
}
.fa-i-cursor:before {
  content: "\f246";
}
.fa-object-group:before {
  content: "\f247";
}
.fa-object-ungroup:before {
  content: "\f248";
}
.fa-sticky-note:before {
  content: "\f249";
}
.fa-sticky-note-o:before {
  content: "\f24a";
}
.fa-cc-jcb:before {
  content: "\f24b";
}
.fa-cc-diners-club:before {
  content: "\f24c";
}
.fa-clone:before {
  content: "\f24d";
}
.fa-balance-scale:before {
  content: "\f24e";
}
.fa-hourglass-o:before {
  content: "\f250";
}
.fa-hourglass-1:before,
.fa-hourglass-start:before {
  content: "\f251";
}
.fa-hourglass-2:before,
.fa-hourglass-half:before {
  content: "\f252";
}
.fa-hourglass-3:before,
.fa-hourglass-end:before {
  content: "\f253";
}
.fa-hourglass:before {
  content: "\f254";
}
.fa-hand-grab-o:before,
.fa-hand-rock-o:before {
  content: "\f255";
}
.fa-hand-stop-o:before,
.fa-hand-paper-o:before {
  content: "\f256";
}
.fa-hand-scissors-o:before {
  content: "\f257";
}
.fa-hand-lizard-o:before {
  content: "\f258";
}
.fa-hand-spock-o:before {
  content: "\f259";
}
.fa-hand-pointer-o:before {
  content: "\f25a";
}
.fa-hand-peace-o:before {
  content: "\f25b";
}
.fa-trademark:before {
  content: "\f25c";
}
.fa-registered:before {
  content: "\f25d";
}
.fa-creative-commons:before {
  content: "\f25e";
}
.fa-gg:before {
  content: "\f260";
}
.fa-gg-circle:before {
  content: "\f261";
}
.fa-tripadvisor:before {
  content: "\f262";
}
.fa-odnoklassniki:before {
  content: "\f263";
}
.fa-odnoklassniki-square:before {
  content: "\f264";
}
.fa-get-pocket:before {
  content: "\f265";
}
.fa-wikipedia-w:before {
  content: "\f266";
}
.fa-safari:before {
  content: "\f267";
}
.fa-chrome:before {
  content: "\f268";
}
.fa-firefox:before {
  content: "\f269";
}
.fa-opera:before {
  content: "\f26a";
}
.fa-internet-explorer:before {
  content: "\f26b";
}
.fa-tv:before,
.fa-television:before {
  content: "\f26c";
}
.fa-contao:before {
  content: "\f26d";
}
.fa-500px:before {
  content: "\f26e";
}
.fa-amazon:before {
  content: "\f270";
}
.fa-calendar-plus-o:before {
  content: "\f271";
}
.fa-calendar-minus-o:before {
  content: "\f272";
}
.fa-calendar-times-o:before {
  content: "\f273";
}
.fa-calendar-check-o:before {
  content: "\f274";
}
.fa-industry:before {
  content: "\f275";
}
.fa-map-pin:before {
  content: "\f276";
}
.fa-map-signs:before {
  content: "\f277";
}
.fa-map-o:before {
  content: "\f278";
}
.fa-map:before {
  content: "\f279";
}
.fa-commenting:before {
  content: "\f27a";
}
.fa-commenting-o:before {
  content: "\f27b";
}
.fa-houzz:before {
  content: "\f27c";
}
.fa-vimeo:before {
  content: "\f27d";
}
.fa-black-tie:before {
  content: "\f27e";
}
.fa-fonticons:before {
  content: "\f280";
}
.fa-reddit-alien:before {
  content: "\f281";
}
.fa-edge:before {
  content: "\f282";
}
.fa-credit-card-alt:before {
  content: "\f283";
}
.fa-codiepie:before {
  content: "\f284";
}
.fa-modx:before {
  content: "\f285";
}
.fa-fort-awesome:before {
  content: "\f286";
}
.fa-usb:before {
  content: "\f287";
}
.fa-product-hunt:before {
  content: "\f288";
}
.fa-mixcloud:before {
  content: "\f289";
}
.fa-scribd:before {
  content: "\f28a";
}
.fa-pause-circle:before {
  content: "\f28b";
}
.fa-pause-circle-o:before {
  content: "\f28c";
}
.fa-stop-circle:before {
  content: "\f28d";
}
.fa-stop-circle-o:before {
  content: "\f28e";
}
.fa-shopping-bag:before {
  content: "\f290";
}
.fa-shopping-basket:before {
  content: "\f291";
}
.fa-hashtag:before {
  content: "\f292";
}
.fa-bluetooth:before {
  content: "\f293";
}
.fa-bluetooth-b:before {
  content: "\f294";
}
.fa-percent:before {
  content: "\f295";
}
.fa-gitlab:before {
  content: "\f296";
}
.fa-wpbeginner:before {
  content: "\f297";
}
.fa-wpforms:before {
  content: "\f298";
}
.fa-envira:before {
  content: "\f299";
}
.fa-universal-access:before {
  content: "\f29a";
}
.fa-wheelchair-alt:before {
  content: "\f29b";
}
.fa-question-circle-o:before {
  content: "\f29c";
}
.fa-blind:before {
  content: "\f29d";
}
.fa-audio-description:before {
  content: "\f29e";
}
.fa-volume-control-phone:before {
  content: "\f2a0";
}
.fa-braille:before {
  content: "\f2a1";
}
.fa-assistive-listening-systems:before {
  content: "\f2a2";
}
.fa-asl-interpreting:before,
.fa-american-sign-language-interpreting:before {
  content: "\f2a3";
}
.fa-deafness:before,
.fa-hard-of-hearing:before,
.fa-deaf:before {
  content: "\f2a4";
}
.fa-glide:before {
  content: "\f2a5";
}
.fa-glide-g:before {
  content: "\f2a6";
}
.fa-signing:before,
.fa-sign-language:before {
  content: "\f2a7";
}
.fa-low-vision:before {
  content: "\f2a8";
}
.fa-viadeo:before {
  content: "\f2a9";
}
.fa-viadeo-square:before {
  content: "\f2aa";
}
.fa-snapchat:before {
  content: "\f2ab";
}
.fa-snapchat-ghost:before {
  content: "\f2ac";
}
.fa-snapchat-square:before {
  content: "\f2ad";
}
.fa-pied-piper:before {
  content: "\f2ae";
}
.fa-first-order:before {
  content: "\f2b0";
}
.fa-yoast:before {
  content: "\f2b1";
}
.fa-themeisle:before {
  content: "\f2b2";
}
.fa-google-plus-circle:before,
.fa-google-plus-official:before {
  content: "\f2b3";
}
.fa-fa:before,
.fa-font-awesome:before {
  content: "\f2b4";
}
.fa-handshake-o:before {
  content: "\f2b5";
}
.fa-envelope-open:before {
  content: "\f2b6";
}
.fa-envelope-open-o:before {
  content: "\f2b7";
}
.fa-linode:before {
  content: "\f2b8";
}
.fa-address-book:before {
  content: "\f2b9";
}
.fa-address-book-o:before {
  content: "\f2ba";
}
.fa-vcard:before,
.fa-address-card:before {
  content: "\f2bb";
}
.fa-vcard-o:before,
.fa-address-card-o:before {
  content: "\f2bc";
}
.fa-user-circle:before {
  content: "\f2bd";
}
.fa-user-circle-o:before {
  content: "\f2be";
}
.fa-user-o:before {
  content: "\f2c0";
}
.fa-id-badge:before {
  content: "\f2c1";
}
.fa-drivers-license:before,
.fa-id-card:before {
  content: "\f2c2";
}
.fa-drivers-license-o:before,
.fa-id-card-o:before {
  content: "\f2c3";
}
.fa-quora:before {
  content: "\f2c4";
}
.fa-free-code-camp:before {
  content: "\f2c5";
}
.fa-telegram:before {
  content: "\f2c6";
}
.fa-thermometer-4:before,
.fa-thermometer:before,
.fa-thermometer-full:before {
  content: "\f2c7";
}
.fa-thermometer-3:before,
.fa-thermometer-three-quarters:before {
  content: "\f2c8";
}
.fa-thermometer-2:before,
.fa-thermometer-half:before {
  content: "\f2c9";
}
.fa-thermometer-1:before,
.fa-thermometer-quarter:before {
  content: "\f2ca";
}
.fa-thermometer-0:before,
.fa-thermometer-empty:before {
  content: "\f2cb";
}
.fa-shower:before {
  content: "\f2cc";
}
.fa-bathtub:before,
.fa-s15:before,
.fa-bath:before {
  content: "\f2cd";
}
.fa-podcast:before {
  content: "\f2ce";
}
.fa-window-maximize:before {
  content: "\f2d0";
}
.fa-window-minimize:before {
  content: "\f2d1";
}
.fa-window-restore:before {
  content: "\f2d2";
}
.fa-times-rectangle:before,
.fa-window-close:before {
  content: "\f2d3";
}
.fa-times-rectangle-o:before,
.fa-window-close-o:before {
  content: "\f2d4";
}
.fa-bandcamp:before {
  content: "\f2d5";
}
.fa-grav:before {
  content: "\f2d6";
}
.fa-etsy:before {
  content: "\f2d7";
}
.fa-imdb:before {
  content: "\f2d8";
}
.fa-ravelry:before {
  content: "\f2d9";
}
.fa-eercast:before {
  content: "\f2da";
}
.fa-microchip:before {
  content: "\f2db";
}
.fa-snowflake-o:before {
  content: "\f2dc";
}
.fa-superpowers:before {
  content: "\f2dd";
}
.fa-wpexplorer:before {
  content: "\f2de";
}
.fa-meetup:before {
  content: "\f2e0";
}
.sr-only {
  position: absolute;
  width: 1px;
  height: 1px;
  padding: 0;
  margin: -1px;
  overflow: hidden;
  clip: rect(0, 0, 0, 0);
  border: 0;
}
.sr-only-focusable:active,
.sr-only-focusable:focus {
  position: static;
  width: auto;
  height: auto;
  margin: 0;
  overflow: visible;
  clip: auto;
}

/* Generated by Font Squirrel (http://www.fontsquirrel.com) on March 8, 2015 */

@font-face {
    font-family: 'leckerlioneregular';
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) format('woff'),
         url('LeckerliOne-Regular-webfont.ttf') format('truetype');
    font-weight: normal;
    font-style: normal;

}

/* Generated by Font Squirrel (https://www.fontsquirrel.com) on August 24, 2016 */

@font-face {
    font-family: 'open_sansbold';
    src: 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) 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) format('woff');
    font-weight: normal;
    font-style: normal;

}

/* Generated by Font Squirrel (https://www.fontsquirrel.com) on August 24, 2016 */

@font-face {
    font-family: 'open_sansextrabold';
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) 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) format('woff');
    font-weight: normal;
    font-style: normal;

}

/* Generated by Font Squirrel (https://www.fontsquirrel.com) on August 24, 2016 */

@font-face {
    font-family: 'open_sanslight';
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) 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) format('woff');
    font-weight: normal;
    font-style: normal;

}

/* Generated by Font Squirrel (https://www.fontsquirrel.com) on August 24, 2016 */

@font-face {
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) 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m/O3Dx3bjWE0zPQLZ7TlmneZLMbFeJkgU8VsZ2Ju5N4APEmlukTMg/zLwZPk0CbiBmuAM5dJBl0inhemh3m6BBEjuLmR1USTTRJwB8Gh1ib54LAEDktsUjc4LARejMKrYBLsjQbO7S321EndSuCNJy+QDW8YyVAK73yFJd3wK0cevNGaBAbeABtUd09t+lqnOxoRbIEirYNEDaTtN0gv+G76IxvWP7Zt09pHHxh23a5d1w1bxJVtbP6QnHpkw0NPbNv00LbVw0aNGjFi1KhhPPv5l2c/+SJx9nRDAxlFRu4+P0qz/9wwcuDzL7/+0+eJs396/rlnf/38M88gj8y+cEZzUvMeU8CUMjXMEibmRXrlIb0CpkTMiKSKGoAo3SlRCi2JRl0hyrmu7oRYaJMqUaTBodkmOXHXAnvUwmslsMc+I5cXKLEBtqJZEIN1otMeEzy+uro60SWIXiBPNCDY9zM6s8dXUp4kSm0FW5MkgI70JbVRVkcCIQtJUqOWWFjkpL5EIcvsNfHr+xS//sLOg/fvIFt6XO7ZPXA1KfvLS3d9v/mjv+95dOm3T8hXzhrfbenQG5befMvosbPIomVvT7tp8sy6zbuffeTWfb+QF/Z9dor8503yp7GZ4z94Zf7q7WT3wLHT2JODFo+5csl1V02ayDAE5S7pR+VugSJ1VZFLRD4pbyUNKVNFK4pVlKi4DwkzUj7E+uFvzUw2Q5mPgEJAauqyE5JV+SObvTaqha1i9wRK2JGPbtj58PpNa57cuJ2tIgby/t6jcuT7b+TuLzeQN5Vz9oFzmpLnZJLnzGqS+PQ5o267YGN1ge72mmq2z86N2x/d8OSaTes1+1+Qq+Sf4F/P3YfIu998T95XzjmaXcJbtE7QeFZG5MKo5VBl4alqNVyUC3o0Dl0WCTlG55FVZa+WkYd88vIf94hPit/xA/bPImvk+bP2F8gHJ5CZ8uYJZDCeczrzOV/KvwZ7ciQjMmFRF5UIyB9NJMYQlD+M0VAWIwweEg5FkSksGptENiIZYKfxkZjBiN8ZdPAzowEPjYwBWE4Bq8YvgBZ3+YWAMJ1sX0Mek6euYR98gOyRRz0gjyYNCl795B/J7cxZRg8yAWDAlTPgyhnoyml8CckILKvhQIzpqXLsDovh0bK6fjmXmfdbfZNr5B+nk8h4z1T5hzlwvlHkFNuPnQ28UITnkwiXwAeygsQQ4Awfnj/JDjV+1yjyNTm1dSvCQu0K5jugRwUDACAsYFCoLxR7sCu0il2hvKi41mZIha196npeNqAuevnMywcNuvyywf0UPJ2gvD+hPOoGnsB9TChjAFgKLFESJU7WX99yGuUBtSemXTjDl8P+z2I8YEvFDLjxrVkJRUa6sgCpbEUaWqg0tKM0hD3uhVc7yD3JwKEKcFnhUMvU1VFOjkaQ7wJFbObxtLPfn/3hH/8+8+/dm3fVP/JI/a7N7KfkXjJHvlfeIK+QHyBL4Pio/CkJkV7wLyifpjgdAiDfpXZYiInxaZyywiLfJHHuhGQCUDgeTRudYtqADgoI1bUWojtElq/dqXdVf8CvIWXnhvH2ZfNcFXvoeaeCjRMEXeFlrlZoJXm4RMyKWBuMgLUvLGqbJLslEbNrkevsXmBArR0PtciAOUBQycMAy5A60SCAXDfbqQiL1pC+rCKZdCFlyUCAufyuqWSpeGePh+698empY945+/7fHmuSj7DfrCPLY1sfvm7+6t7XzN59MrZG/uZ38lv67RTGCbA2OQBjiJnGxIIII6juWDbCKBgTcaMhmA0qy4iL1IWCWwSLZClsEqQcgNuSg8BaDABsKQLLB6maBmAlUgQy2GiX8gvgVRBiTldOXV1SgRcKNn+gJqV1dKG+RJXGrnzicvL+opIJN300kSySJzy84fm3N947seH2UeO+XvbhmR0Piw3yn+R/zTva6/FwFSklxnVbVt56T/XgO4dc+1rD2li+3h3fcOKzAPJdGdB/puYwrKsd7WvkuxiLYpXJMrBmtGklhktQg9YRFg1Noiki6V0JkYvE9FQM6LWwIAZqNhpwQVD76A2Aog0ta3VhWEG0Ik/WAE9EXQHgCzD4q2sDWl0Zu188deqJltOs36iv7EpGrOc+bS7dIotkxBby5br4RHVPrYA1yAP+8zG/VHSjxMPuMOMa2LhE3GHwmmENHMgyOSDdmiQ37I5cxULt9+a5J6lhaq6wiKYjGsmW85NFFI4wkkmoqCCNJrAVVbuQSG4dsLDFSg0qb3KlYiTLnV4ZWBKbv0gXcqDBCKzFu5xMoGjF4N/dLL4mr77pidG17EctLwbnzvmKGOTT8g+9niyP1u8gkbxads82+QrPX976XJaB9vMBpzDwlZspZmYwMSdilWNU97zekIhp8ECblYhb/E60iix6QC9I5YAHWCwrInpsUj6aPrD/SuA13wOmjZ6zOFHZCwI4X4iHPwc+ZUxClqLbbYw/4nEBT7FcVN0YgSKm1qlghsxmIfPJNWTo7MuumvL1jybTHWff+PynDz6X/90wYuOEh3ZsWD9u81h2NnmBPO9Y55U/kd/cc/a3X8jnyfUv3RKb3vjc+vphy5R9A7xVBmumBfkc0yRlBvITEXVhSY+7gSCHcHWKfCYBMoF7r6XhADtBk7dtxbnjmjy0jcCe5EspnYpAWs9UKeUDAunxfN3QLAorVAELyGMTA7j3NHCsCUsB+hEa00glsRS/ygJyocFUCnbPPj3r9BVaqJnYzQfvGU2WUFiimkFBakWr+w63XStjEKyhTAsIdNMDd3/9xtt/W7kxtln+9G/Nu57d8kj9Y68+sjJ81xPrFqxfsvghMv/82qv33fnEywd33Ra74vrfLNp/6r0Dd69ce8+kLUP6P8quGf+rAb0fGH/zgrtxb84EvFE2ekBfzlB1ggWwzsIDU1I5BEAEuXIMyB8upEQJpUQ24JptkwpgBwgRSQebIYTeAlBbyjKBtCkQGg0WzkXRDiB/6Bi7oCLNAL52F7B4qAYQtTsCaaMPUa2Ad9qZzIXfPXL67pbp8waOmPbNv7JMtfvnvPrFroc33rhtzMiNN617jDv9BdFvkz95q7neuc4HQih63Q1//f3Dzwy7b/CM2LQDKd+en0r9hNoMLQySJm5RFbEbsQGhoyph0ZY8kjzt1LEA7nsbxXzXokz1zP1m1SqqpVlqi6yAa+tB7nVnRFs4nqVekYq5uFmJJXBmA9jYaJo4VdMEvG7wtlqZJ1zquilDpXQBXLhnnwx7hf8LXlu1xb4DW+wU7AsGJKLLQFzTuaPN33EWdutkcvoR+UH5wBaEcQE5ynu5z2mMwadYOIYEtSJwnfVhjCaolg2BxwJuZ/MEbic5uno12bZ6tSI3M65VW2MgNXgta/O33NHvtpDBZP4jsn8ytT9yLnzO1QGv5TAlzB0MVQFStikhFofj+SphQmHR0iSZ7YlGwZJrKYv7lRUBj8OFtHElpC5qXCWWnV+M7oVfkFg7uhn2mNFhQKpJ2eCkxjRm1HOoFdBddSgrCHaCheSRAHqtyR2lc6QjMjkvv//KB6Hh99582dKhk+8fsnzRNZsnbVcjNJrpUw49f8WsKXeMnnOTv/v8LaPmzhs5bVaw6vxqJWzDUBwXXhisPaCJg3/Vj1nGiNGwVKFP4HqbolIPHbhREbFPWPLCUSgs8Shr+9O9VAYWcJkSDenuTIjdbVJACZdIl8FroLtg728w8Q5vqKIy2ovuqIooSLWqOtEhiJV1Up8e4F7pGZvbGihDwewVxFzFQiv2R3g7og74hZRtVlMNtprbw7mcVMawxYEinnWhzK51aQOFDIHPcwgSZ2ETWUuYj8g1L455cvrou7L0XR6Ztvm5M0cG7hnkXXHjnE3yP6TT8v69ZAAJ//7PR76XH5FnsTWvHbdbhl6/bCPbi/Bk8+l9cuOph84sm37tDZPfE3/LXPC65a7u2Ed79hHbxpfk5z6Tj8sHRq8YRdaRpTKpIxpnHOgI/2lsmkPAlRamm2K1iVyUCve4Vs8QkERalPGq2yIRPVDDBBhXgd0b4Pycw8+VhLQ6dsA6tp+4v2V//BtyqsEfcJdqDp0bSE7IYXYmeWP04olzlfjJMdAjh0GPWEASFjK3qHYiWsdUnxSaEvFsD71sNtpgfrpoVlCQ2RHRapMcsEhZ3oSYS7UCuGVF8EEuWsoGPbKkBw7FrDoxWwClC2xZaBc1aEAK/kKemlu84OQDQb+iHP01ykEZOUZ2gMLi168hV8k/nJX3kCqp8cXfgOWcHX9cPHJOs3/voWXPeY118iev/3H96g333/fw7JWLboc9uRjk+nGqz/qouswKNi9PbV6km0ex9L0JKRvJZ3UCfHZqhjA6ATcObxe1VFLbi6MRjw6YgRFsILUVDln8HOn38Zd7htbXfysniPmnba9vPS2/LD/FfvpnMurAqA1Xy6/ICfkz+a3aR+rI/bCeQF/NGKCvnhGYHip1DSaVuoIJILJTiAxAUoMN/SBJA8A5EDgBTb0kuRAKfyiqvAaOkSPkenKPvEBe9/VxUkkicM2//KDZL6+Ufy1vlpduJGUkSPJJEcopgIH7EWDIYoYkIeBUCHiw7zQKW2mQPKYUMOiWUpfVkGUoA19V8U9VR01xSJXHMS7csoid0LKTXaHZv0Uu3dzy5VZFPiava2D6Z/hq9Jp6Db2mHq9p7OCa4CarF8xqc8HU5eBiLYktLeuUa8G6a/pQGXu3asNaTel1jzucXh5tWLxebpIFkqEvMGdjAg3DCg64Yp4a74rxBi9yhFuQdFpkZivarO46yekA/jaBJwhsI+o6YBllkSK1AjC0AJIH+OZFMuarv70z4M0X5X/JHxA/yd66Xn6JfDvvm8fluPwQ+8kX5IZ9ozePkl+Vv5Q/lt8PkFe3ttQFS8gahY6aArp+/VSJoFMkgqiJxjkjpSSXXr0soCQbEbNsaAUCTamFklw3TAig7wiEbODYhoZmWbO/ZQN7x7lhrNgyIrVuZC71sf1tfGw8PQdnw4cmdcZjDaqrzZALE+UlZDqN2ZQzMS3CmBWWWATOEhY1TZLeooRuJDaLJgZEraKodNTsg5OhPgo9OeSqKbc0HIlP6P6h8+7ZcPYxh0/kJGHjE5QWlW1owUdbE4CiTG1giTPU1SmgYugxQHQAMrvlWEucnfx2y9fbgAJl7IctK5rfYN+4v+W1VryrSUphpLBKB22SDjGOciunAa7RpQnsgrPDXjj3xfYUPbWABONgxqrn0pmjqRUkopOezwGen4OuGV0w1PsOBN4KJpGoFxpZjRktaVGnWJkKajEuy1qnIOcHBaBEBQKAYsDtEo4RhhzXk5Nyg0Uvm1bLNr1Fs//8MB4Wi9u78/C57zS27R80T0jCqOlHYRyp0tWsQpjVEYRmV3sIJdYCr2YgN58ET+KsKuVJtCQE+hdXWAXuCJenZ3WaJ15t/kxvA7h65m6Y089u4YacG8a/+3G8+Si1K3BfH24buzElYzdcOnbjTcduvBmxG1x6NXbDaOtUF03Zn4VMZuxmMZlIBpJeZLK8Q34dRXq85dt//vjDd/9sYU+Tm8lq+U75Sfkp+Q6yhkyTP5LfIxHSlYRIlazk0pAvp1NZZ2cGZEo7O2hQvbJH9ahBHSlpZ4ygxLcApBjPdCK32o2wKXhV4oNm9Ae8quOIKnERWyyfkL/cs+3P7xw+BkpbHv2nf7QcZU9seGr9Q5RW8i5KKytIweuYmBlp5UjSypsWfTaglU2xuZBWKO/cNnBTuCyzATkMtqQRiOYwAzAGNKnakA6D1UTXCfn+/D4Z/4P8eW1nJPxKXjtA3kyGsR0RUqHjcaCjCfyWG1VO1CucKLmAlOBJICmzkJTuVNTOHEnKcrRBPKoAl4w6YEiNAEgwkhnljY6G5dMWiE0DmPgzabyemAmR/0AePCY/Lh9PxHc///Knmv3vH5f/NK1lFjux5Un2u3Xr1t9H9wz6kCzonGKM7tD0Cw/UFhBUN6dEE8Co91pSWcBCixJK0IEi2cebBHd+AOldKEgOJw2KBJSgiFtoJBZnIQ002EVHRmwEHMSQ6jZT20TrcuYTD41ZBQpnjvtgesOePus2/PYF+cQfXqzZ9/yqrT1WrP7y1/Jfv5Gbw7tKui2dO3zSyOor3n7qubdHbBo+75bhk66tGnlo89GPKT52oP04oD3NumozYwoipyRdtU2SBsSehoYLNRyGCzWpcGHaY8JYtZ0fKlc1aAq2bDn3maaAnv8g7GUvnF8AjzRmRXppVUtINEaThhCIVZGz0WQurCw1MA0YtbZStxAVREpTIDcebHj71ZfebpB/L/8I/06zem5v8+AXX3/jAHeg+epz8p9JoSKD4T/+NRpjBZ1mRNxoWlkXJTSTjZuPSW4+kFZuT/daNKjjZETPouKe5OoXW77drdnffPXT23c+xe1BbUdglzG64XBOL/OaYnOIQpSeNkb0lmg0SiOsgBKB/UaUnW6F/ZajRM6OXvimmEbOGJvoPWKBX4jskYOv/u7vffFTjShUWETnEcng+kkj6uGLp/9+Ar7IEp22RrtTcJQ1OvA5Bs+FDxQ+ENCCb1gHpiwTZw12h5MmY8mLLIYLverbZBjOQtQQIuNFKyfLRTWII+pQscYXByBPgNm0sNdz4l9VunNqiDZOHJV+R82XcXnhbvmUq5q4K+U/I1kWHt7+4gvcwuYlj7720G+5FaBfTl72pvNXO5qjSCc90H4z1dkl6R3NJrWfKaxoahb1BW+k+sJAlP8DBqInX8q9DpFbyR375F7kr0fB5L2TbWYPtrzMXt4yvFlml7csVtd3EbWzwS7QpdaXi9IUiK6JRvQxBaLVAfIsIq8c4HLDtQiw7EGynKw8IGfvAYMgyH7SvLTlGBvG3Bacux+V7RVJ/Z30KTjFgKVWqqRTIrJg4AqKRRitIX4MIPhdIzl9i417pflHLn8Fv3XbivMzVNugXj7EzqJ7DvaEYh4bExiO0BhpHAJTJTqaa0GTBjZf8h0XSW441TSuJ8fk08QvH9Kee/Cc/yE4twcE6qfJXAmXpElGrgQX2fM0G6hP2W9MVD5Emik8YLMrKAI8ujDsDgUeXRNcGuNECITWJhHYrwQkgy0JmC4ZO/H4qf3rjwJQpwG42v2a0w/+pFWuU8WG+IDmKKMFaaCaVWrYkmY3cOWrSGwK+XSrvFaOsSFue/M0NtHiQRuzWX6D235hKODlwRweVmXgIwMxHZCE5x5vnnxgOUPIav4UZ9f6Yf2CDFwFC1zMGHQBx4M0SawvoSwfq6PLV1lFaqIgVF2BCvjTdwvndLvjspjW5Bq0r8ZbfQR11IQLZ7j3+HGw74uZpUzMjpT1IFvkGRIxM0H+MCTibJEHw+asNhVX9mUnRJ9NKiR09WxuqoXtQgIkH1ULPtwBBiO6yUJMZ/ag82G3i05g1qI82KmM0wEf0RoX1MtmVNOolYO1NKKTzGIIgVBGVLF7H4z9TGAdB2fds/rX0WuPTnr95UV+/cin73n6pb23T35Uqn/zBRImw23agUsXjVrSLbL3SIvzsVuu2L1t3ISGbVN0utupfSOCrpuvdYJ9WMBMUu0bC00pGRMxPeKcZ0RGoLUvgKvTTW1why0BAotWFYBVjmUt1HsCDUKdbZ8ADgFqvjyPYI9rQUVrlAQTincdRtAV86IkFNA5MsoExHq9ft4XH//j26Zbpd6mQHh7w7bNm3c0bNY65ZVLbt4ln5K/g38fXjPyQTb41VunTzT9/jXgubmwbmv48ZmxAQz0IvBGUzo2YGkTGzCmYgOc6uhhPMDt0VWAZ0fVEcYGipi5xPCvax4vj9Yui8ixp59c/fAdz56Vz7N5xEG6FXkedOfJo9/5uNfGOhIEegIsfC3Q0w70nMbETEhPG4LkNqogIT0NKXo6LNT2BrtW1EcwyI7+HS3fCFOqeoGqjRrOQksRTALACUR1A1EZrcZiVpMTYK55omGCNngooMXkpcohlKhzv2k6vcCs4+tXuQ1z//LRP/Zsf6Rh26MNGx5l/cRKuu285ipy+KczG58lJcT8+6aX3g8k3vqc8gbiYge6Ohgf4iIgGllJymYbE3GnXsAQutOgZJAY6gaKzgjWQaEXoc2m+STJpaceDaW1VpDMlDWyBFgGCzoY6C46lTIcugT2POJHs6jWhezOOPwKGkTzx/e/aTFrXtot/XrMjln/lL8S2T5rl/1qB5tDDKSH/O2fZhx9e9imEj/pQhbueFbJlWIyxKItYJzI3Q7K3Qi9oAdhHBEFkHN8IsYSNFXUGLErLDpoEt+OpSGRmN1Bc6g2MIocNIfqQKPIjZxktNC0O5qiOpqOqa2x+VUDDnCg9lLe62TSDfPLJg6cMI545EQ999aVvfuQTYEVBYsfGLK0uY57i8brQrKTrwJadwV9cRlzFKiNYPbTAHdEYlZ6rEuIXZTwaw3whglkTljqhVJoQFg0NUk93InGsh4mPRh2LqppyuClh03MxxCe1pkA91bKd+JHUh9YEw/8vMrTB34eBJ/vcvikRxlNK4n5aFiLfewvCj5rUZeKXv2Q9aoEKq9qKkCUBRkap8bf+uySNh/e9RIkQy689rNLJg+qeg9Ww9BqqqRZ63clk0EhsG7dvQgGqTEjm0oNlZEiLeXcmmogYOi+eV3r+g+6/taP3xw9iCx6N7fbH49Ulc0cNu7V2CvyH+W/fpR4cvPaE8fu2PrW7HvHLZv3z3/Pv/fg1A0+x4ia3uO6BnbfFn/NOSM7MHvIU0f0Pa4vL9u8bv8rT24aO37xrWMH3cb1nnvXmR/uBf4QwQYYCPvVzVyT9o8NSG+7KvcU6eGmck90K+ae2U1lieRmaCRPtACFqUNqR1Gv0dalZV1SdguUicFLqdcbq/bNO3as/p5lv34CBFvp9T2uufGV37XUsG+s/NWhJhqnYJmdwLzTNKfBtrIydaocQRUEokPizLDoNjXJI2lBz1kBHnxFT8majIwwrQu10Mbe2aNrl549u3TtYanXzK6r6d6jR23tubf4oecxt3Rhveyk1zQx2cwg8BTUXcECIdxhyYZX9WKwB3aFpIcrOuCKqAH0GriizY34s0Yatk5Gf7ikTY+JsczasFmDLr/6inr5w5t6ESEJkxx3Xn8D33zeJh/y6gaq0DHqGuXBGtlo1SiukUlZI7o+guL7KnoJ4wS25BowkoEeWjKWAw1hJVQk7tLry8aQyW/IA8knx+TFi7XO5rdq5/aZQhbI5S1rWO1t8jTFpoHrk9FwfaV+ilGvq0bNgA74SEfNxHqt86cz6t9p34U9HWDuUu1LwYfxIYA8piOU1aQCJC44YcX0bAE4EwvCP2BDb0LyualhYVez1UHMnLDKJs0RJB69YNiARgzA21GKMlIBg/4+bzAm1a0HGbDQ044N0/y4Kkcffn4mIdfoqw4uOPhS/Z13Pbqp/s4Fj63nh24eMe7g6Kmv/B5489jy5bGXWh7D19982HI0SRd+IODnTMWWsjKwk2xGRZoqVgPFC0wGLHnBXDJGKZwqMiYFGUZZOgwzpWFvvXkA2OiB2W++DZtnz5MA4LVjKXSwcw42AVSKzpoMMCEPJ+NKtqTqdRsVFgaIzBZa9+dQa4KQjTEuotYEYdgkVRMEGgnjSsC1bGZJ41xiOvslscrfnd34xS/37H766eeee+bpejZIAEP5ffm8/L188gHC/vr3f/zk5IlTTWhrgYyfT+nlR21E4zigRjNIlk99BCIWpWwtVyRJOGQII4AaUAkX421UoQIn6MwIdH42mAW80SZwilmQJGDK1HK7vCQDAZ24yqPv33DHH/6umFum7Q0PPfXUht2bWdmprd48boTcJP9TMbcmjpb78MJXb335znufHHyX2gaASy3ggnbOLUzaxEE00naOsa2dA56a6AUPx02zIjo7dUHQzjGi9QhmDmKkEyQNxUg1dMwWTaahU6tGQ9OGTm1N0tD5bKEhe3l9lnnuVx+c3bNtc/1WzWPPUUPHTCoaNv/0W/Lh1MHPkq7EcPxU7GTwy3c+V/mYCwEuNqZvMsKXWhETOoIpEYNrocgYlsYUGMlEg7Xo3mbyrBrDEcTVDn2fPbdc0dMzsHrFy/zQd2+dZ9pu/fiplrgaZ+LmwnWLmZuZmItWshhUTtUbk96F6AGz0EXNQqxasbvUqhWwqfdxeqsrpwjVs12IaW0ami3OcQFoHhpaZrR2rOVF+1aTLNttE15CdZyMQZWEKtiZfzgsPdfrmZV33V0+9aHXVn/x/h/uuWbfqGVrZz21bWk/rtfKR4euGjjssm59e9QMefj2bfWDtnepuO76/jf2rbv+NioTCi6cYXdrBoM+vUextyQTFuVQnKjNFdPQuicND/YU2l1UwbqaKEtgnsiVLJkUrZGYi5ZLucDgQnbhrAl0C1Hxci7V2zc5aMwDrUgrGGKKo+eo6UeiLrS/FPZAO7LQSwp2DJ5I+sqvThjZbWR2zoyu8qvcWyMG/U1e2rJoykyzbolZINewaxWZvwvkSB0/FPbqGGWnUndQ0qrblQa2XO0CW24arDbDhjWHqYTDEJdkxXw+eHUWjJ5r1VKpNkGvpG+3azdItifqV2cbovvmvf0WWcS+11IHdsGHbP/zBzZeO/qwGhNhAbYsjHllUf+f0OBLOujCZKViXg63J9rdjiGB2JkRFn3W/N/G5Imv8kNb7vpiYA25iq0E5U9jCtoAnDOX6JlYLo0w54CuwhM3EoNgL/bA2fOUsFc2DXuhrWEHeZSvhL1eZb9xJ8NeuUrYiztysA9zZqcS9sqpsIi+I2At/oRRrz7f/ONz/NwCJrhoPaIR7TbRceTgq9w3LhoMI7ZGlnCOsoN9Vp2dTD/R2hp1WuxhsNoabVaMkMEP0hGyGHyZ8Q5+AS/Mi3ofy2l1VlsyTkb6Z+kdvpzc1p+qATQgWy7KVeqhYxTFR3A719IIGhwgDTmQo1odF/DsnTlLr8+qsh+Lv97DqecDr+yRT7xxzFGt75J//Ag/VJ4ij7iybl8NO79lzZ75xZvZP54/wC7vdeKFm1qWIH+FYA31dA0zY2fk0mJnIbJeXv4y8ZPC38jLyfpD8nvyO2wV65HHk10tiZbj5JA8EK4BcpzXwjVcTBmTZBFkTLuRBtlpNZBkN9MgrMiADral4oUKtsiRtJ6pH2Fj31zj0Juv+zImlw7+zf3Dh9UOfP6KPsBF65puiv7A/vJ84UuPCitMRx5T4mrc7XBdQyrHptMnYjzKAE7fPq4mckLbqBo7uuU4+1VLjP3FbG700qXNB5cm68aPavYzucwURiljMyimqUsJrRHEC3jU24TZUTut9ovZvdR9c2N3TiTmpR6cFz24fLpPXNgK4oX9SQS6LUUDGIwmSoeavqRGAJHpAkHu1LnADnG6Pa4K/LCkz7J5H+//8vTp+bMP/+5e8t2D7PiJJPLonjXao/Kpj0Km0EfyR9PGs2vZhu0kPH0sQ8hZ2cYuojakj8k0H0Gf4EMxH9GDJ2cflG16/odmRQ4NBZyxhjgPcbYgzmZANo/G7VTUCfbGcE2iMSL5AGchEvNxiKUPcI5xPprJzAP0wWovQJzdlKl8tJVB0uuU3J5RoF6bgnJtTQm8hGoiKs6oypxa3dBZ8+6YffrzAyfvWnbPve8dPsCOn0ZK59ztBHRJ6Kh2zd5t8vuTbmQfHDtdPrHteVappWJH8KXcKJAvrzBY3MLYolG6bPpIo8tg1ZeJziiGIiXeFIlg0o+GQkCenHnp1Z+oPHFWiPoKNIB4+08YWLDZfzr4deK13lQq8LZGDQ9SoVGHzxhDF5w2GkOH5xh8lRFD19XF4GM8EuqYRo1OcCixdF6j09uE1rF0JbUIJjV4UkJSqaD74qG6kgaGQF1iVd/0qQ8PnD12wORw9/u6T3to6L1DrxxXWbOEHbHl9tyS3Jz+dZvv8BcWZl+OtXvyGrKan0D78gYx2JLHtWrJa1U632jSYquK2ZpotJuyLGWSxac24WEGTM+18u+w1ItEHVv71UUHL+zd2xadEeU+6je0/5BVQ859z/vPK/Xoh8He+ITWUoD1mc2o3URxt5CNURy3KQGmWTKXaMFybBvqWnSrPHaqnD3ZyEwep1pM4cnGykgBjQ4BLDXRiVtZYhyK2RysibrAyFDNDSWahr1UJexhsnbVlQ9VVa24fc/OJ5598KEZG1e8e5T9C2nuu2cX5/esjZ489cG7vTZ21779fiER1D4I9DU0x2AfzFZlSg4HaihCuxvRwo9rtEyWmbKTRq/4VMq20EWw8QvDKNl0W2TnYQ1KNt0cFB8OpUEBVnpifD8H3RCtEprKEmiLY7Smex8SqIkKGfYTBuex0Mnv6vfem2/+n8OHG/psX7doMamXx102jMt5MPz96SWkd+y9USuu+uVa+dSST6fe32078MAiouU9/JOwBiFmDoMR4gKANhgGB0gphfc2YecatqxhyVWWkMAKeCnXC36di3hy0JwrEhpZrY3WK2fZG3UGs5UW0BXY4TcWm9ONXwSFRoNZ+Tlvb2RYrV4xoWs9iEOtRwdco/PoQmj/6UK1JTXVtZ4M32DRhFXTly2ZtvqmlcOGLR+/etqSlVNXjV8xbFjtjnnzHn9yzrwd/MDxK664YsX4B2bftfwW+GoIHN9/6y/vufUvdz75xOw5O3ehLQhrhvURbmYeQ4PKydxN3CZYGFgrQ1Sy6VFKx50u+oEmKjnhA12EWoWWJtEeoR1aILnNFlwrMxYtaSMxi5k2CNjgnTNCLUKsoVTyPy41/+Og+R9cJyUSB8oF/xXEyAKyaK88kWjl10gf+bVd8uukNzwYzf6WUvajZnlJwxL5e2KCF1oDmSG7dUwhI2rCaqMqahl0zrT0Rc2OYK2Gl1A5/uCDxNv8A9/M6Zt/RJ9p0YUfuc3aPKaK6cP8iolV0swyoFsANi1GHvuGRWsTenwRZ0IqAps/YpN6AGpdnAmxPCJ2AYfJTR2mfvBhUUSJYuuEF3lTdkGwsjuWUYo97FJJGYj0LoKUm0Nzz5VK7rlA2EdcueXKr7KRz9tkn9mMYJ0SBKf7VvESdErcBtytAqJWcS+6+tWRKx+svG3uQysHjL562Kjjb0x4YlLN5FXD581btP3g5pHDtv3tgz8U/erZqtUbXxp4fd2mYPnwIRU9e5ZVj5tz9ejVwS6zrl+4Ji+0PJTTq3/vUbUDt9w67sHSazes3cYNumpGH8eIWdfdWeeYSulfo7Fw0zUnaa1IDdY8iy7aNRzl0UlQj5IFI1ov7XfEMINdKRjBRckIPQUzjklNTbCktrYkWEMW1wSDtbXBYI1mdnVFRXWkqiqivtL47NQLZ7QDQXZagau7M/cqETnJqVHzhbmaRLy6woS1aNX6RDzQhR4G0NqpVZxHK80KFQJYZU5aGotMq7cm6Apnlwn2F01OPjcQrKxWqmGrlWrYLsJ+vS27kCmpxHUL2MVgqiINq2BZPlBUzNY67Xw0UmxPlr5qMh09dzKQXjL1bTLhHXy8Ku/83XF552sz9pLyPXtJ1xf2yh+Je+WmF4jz01fuu6vnbSMWr1qyfPTiypsHv/o79hP6Z/LOd96Q6393nIx789fyyV/vJaVi8i9P/Lv3XdG923fvLP+lM/dbpW54MOdkZ2vegr1fgJ2ZJiSSDqiVR7D9kGd+AWvnBGWvSSQjBB6BNh3kKLVtVlsC61AFIJugRAg8qSxajhDTmZwYKaBbgJG8TgxAopeVh3FHSccpmTSTmkmr7t6PYExZbWoCZ0tpSYhGaBJt8PZn5m+aOr1szoplq3+RPX7tTbMW3Xls8p23cJ9Om6HlQyuiE3vMWCj3HjVpyrSp8Soe3H4WbNz5XAN3mNEyZlqR7jEQnfoykoxegBnbBTVkzHz5M1IwnzXlkC2D5J3yU0PIltShYh8RPdhHHkbDVDKqDZvsLuQNSk0aT83EGE+1F8+katKwgzAgTOeOrmYffKDlW7KC+Z/6+/hWPF4OXP5YR1zeTeHybrpErFsFQtStEIRwaSRe1J1+UdQhz5cDz1dExHKbFIF3QXgXbL0DIuWCfZ/JmcuXdVHUl9iViqlS3AvdBHscdgFDv+ouXNIeIIJf6UBxBLiMaqtL2ANziKb+0euvOrv7+KrbRkwa/YuZF90BLRu4RctWjFiUL88nk+XHyafX9b/yMqVu8pwWfDDtRiWnjeuhT+AjI6fNwSJoeZPWuWQJ8NUSbjx7FtYA45cDlI5bya3FSBpYJenopS0dvbRlRC+N7aKX1clGgTYN2Uv2LVu2f+SGUcv2zZ1/7Yi5s0deN5ffuGz/vuWj1o2KLx85Z/Z1o2bPAXimM4T2wHLAFWp+mDbBgvuSFcViBtEQifG0WIi3GNDkptEdHfKujapw0I4YEEmrcA74xZhS4Rjbgf0uKJ0pSltGujGWO9rcL9kcSx54gF3btj+2ih3GPgh2YTYznFFbILXUGXSr1MJOSEeqEzK7dSekL+kPte2EdNTUtu2E1FrBlqg6M3akf0S/6smDBizf+quNYzfuJQfYYdO/HD1pePeBg0oiY2Ytu3PElgeeWYCw+dk6CluAuY2h3fu4hGJRWOLgBVtRUPgV0/LZAqBQgU30Ya5ODR/5AGoz9d7MegA1iKByRYoy1wsSKaDOqphXJ9oEyYHunAdNcISdptDKSIeNkIrm829cdPKr+QtumTLi8gF39hjUb+2E+3eMHCge2L2Vnb1o4M71t14zsM/AssC48u4Lbh1xiye88z6lHjuj5qIL7Ufm0zUXigeTxdPabuA/mhpD5VuDnfCggnRkdeWswne67e3Pn/L2FS9zXXa4msZfZSc/kB8KuuK2zIy5JhlrM0RpULxtIk6vZBIyEubJlBysOK1cRRveZKeJEY0p+TFREtBK/M2WDr+hJYwFrGK9/PwT9ff7jLP+snmM0Yix8JYa+dzLH9AI3LPjRz0pH1F4b7bczE8Eu9DKDEZvTuJATuqplNab0cfQG4G3NRG6EYxNksGGQe8442N0oPyYMIY0tVjaaEuo7O+wdY8i2+M/1FCz//BXtnzOh3P7jvr4Xd5OePnHv2rFn0ZwUfs52o/NDieruXH/eT92Zlpwa98eStsXe3LAoEEDlIZswgRlJ4nDkZ0JK1kUQEJiNUqhKzAsMClt7zJrYJmxqtSQHAjjSDb61UZVZgsFy3tdc+01t4+5oza+bXO0XF6l79K9rEaIzQ2tmjTTQK83nB1GPqN1fNlM6zZpO22TRqiDqebo4US7boXW3X2VhtnfvIm9/MZx7vKbqN0xAOyOw2B3oK2YlJ8uDVZcSFZNuqpYSFcVCz/bEd7JPIsBu7dsfeb5zRueu+fG6TPGj59xy3h+1tP79u/c9eLBp+6B/xbddZdiB40AO2F30k6oNZBa4iJB5WUEKZA/m0/GyLuJO3V4iNxEJgySZ+TIM4akD2nIl7mSYTQn1Lk+XpAqDytePM26sTQrGrf6sgj4UY6oZNVi8ijms9JQkIDyuDhJUIxXo2efA549qGJ7yrN3gXjM9lAv2arIHNqejvsoW4iZfP46KmYkgaZnfFYl9g47isun1EqvENZ6BdXWZXD6g35wMC2c7srkwt3BrVrXvJDUk61rFi9eL58jWq0mOz8/K3NBz0/E+rV3b2Yvb3lv/jvvzH9t5ZWmUHm5gPZ4BdDiE5UWIWalUneKKimoTaSokZ+N1JDytYprnUYei1P8IF/9NNvgDwHaLj9NNViVlvMU2i4hbjLn5gepUR5UEc4W9vEuLifXj6NRSD5wi87YIf4dK5GKJBGGUCKwPTpQKu3pQDrUMsgXPobR+qmeCTERpjdzlolVITWKo7EgVq0mVU+8S7TYA9zRLSp10aI9Fot2QaSjXQ1l8SIOv5OKcLSMnh5S9dTn0tQTfCtVAUdVR6RKdG8iscoq/K6yAkhbVYmHVV2AtH1R3mHEOVQnVRUI9lgw2hN5qlKQupYgT0W7CGj0UU0XY3r2qqOCPEYKauva6bvgpeu7TtjR16kafEfhz+1t+bNT9djyVifMyjJReQE3ip/A5IHOXMiIOWEcTiGWhON+VVKXUqFkB4/frqo1O6q1RiGr2FIWz1d6RvPD8WJFiOMso3w70Edr1Sj0kSzg64tZduDiEpoEdOUAGb11YokQYwzZdUpFTl+2ti/pQ6JIFgvrUnJjHuoHp+OI0UD/sd1vvmz5lZMW9vH+6p4Rmyf3euPNwx+TcQNqo4MX9uobHDxj7MjwmHm/KIjes2nUzCuv6jF1dknlqokH+fr+Q/oPWTVI6T+k/Y66uYyOEUCi92nb8WhPdzx6sXdYMqq1JEYDyl47bTSx07asjBbIVP1mu2bIJ9R6ztI2TZG6CWp95/krk92RmbBZALaf68b0hhUTsbNuTC5l2rTvy+yp2jpt+zNJc9r2yYTFDfzRDhZPGpb8sBK+Jx5Bid6kyYJAUMpQmNrSZvmSaZ569+2LF4xZcf912jYE0pZ57r+vtOuKZZ7a5SurwdjO6CFVYAsDbAVMCXNnW9gKk7CJuWEpy4Ah1kZbVq4eXHUD2vu0+1kPwsOKwoM6K06r0vBcoKeV1KJD2MdmEU8hClIsAdTgshfCd8WZ+OFezmeRWaPox1SwtMu5LZoTzXNvrBh99dDCqkrrFPPsCWUjr7miKBK1VLTDeOHqYHmwV1/60rtPJs68inMQcMaqxxKse2yNtTOFtRAGCYuNKxiHyk+ha/HSyDmWa/i9CroWvRIdzxFiLMmmXd520YW4YilqdiaumQVbCoaZH6WxPZIMXFWq6D2Vil8l8XxNjV+dP6UgyG5KBbSSeGrpHkA8p7bGU8yPStng7ac3A1gPkh01QgijlFIOLGqOjQZmXDYFSxyZEWeJKdtOlWW2smekYoIpcFddB7unE+Oq/V56cuHUm3+5aNrNd0/vXVd92YBodEDbXcWyk+cuGD95wfzJPfr06QEPhr0gg15cCjaCFdbyRsWzEJlouknWQRtg4habCXG00JZZU6pl1olVlTgIItnBaqKVCSz1XtUmVhc1TAMk3TULD46ADc+yB7ljLYfYvJbP2YEt9hb5cxIih+9KddIqsLP7lP4up9rbXMrMUSqY44U8U8qXpRpdsbuexsq6ZnbFYW1tMRjiZZghAPt1n9NTUFgUws1ULDQarLyfroQT20EKinC8gGQoRL2qs9OWaOHnWqJJezu+sy5p0tDawO+4a7rF0dbsV/rCuB9B/uE8i2sv1sXsvkgXc6PZgDkzzJR52vUzp6v/MzqbW4aqiiO1MCmN0R6+If8rfB1CldQgmVD9Lqk7klBpy1JKIxMm38VplnMxmJCJaJ2kyUxziu2hS6mWTBCtmVolA85MdaLMIQBYg9QfS9dBdgItVtT4wYlRRGpOqizyZ1bcRFfc7qX1ZOj/53uVQkm7QRU7bVHqJBWQids1HWQFUhi+1j49AGuiASf2IVgTA/h53dVOtKzkaDsjrTdsZM1GgJX4sK6YtqdY0YFmaf8ijcamzBshKmhUxnysIcWRP36W7OdhmUZ46q1eL9Tx9ZTTGzHZr1YDp3iNgws0qjw2tiHNXD99qFyBvfAWPM2A81sYO57fSqMy9PwOKv+x8gf9fzv6ylgwQSOZrbgFsajL5JJ1Da3ZI3k1tDWAfmwPyifY5Xp5suKZpRXPojeV73GkMtQZiR6cW2G10ey4W2l87aD2OfO9JrnArzdYkyucWtifZiFYqbcKvcOgL4fS/lUP1jvScULmZA+uw5SIMySLU9LP2FfpprUMYhZtJDAr6WdzFvWWMPGcRWOfWRj7NCtw69RcldJerVMqcWqSAyJKieBQhpshF4e3kxi5lvwSp0TIixoOs5Nb3vqKLJJXsKs3s1vk1XIDjopgV8tGdgTbv6V5szqvoh/YcjbwQdarut6o6np9FBPQTjDaciONXmcQmLTQgIUkSc/E5qKBfKz46gJ6v4uiefLgME9pgDW6EtQrsSXliCgIIlsn5YI3JzkLlcRMVp1k1GG1pIavSzeSm9KN5Gxtqou8Y5tP6S23sEpveU0nBh/2nOeQYL90x3lbkw/4jfafUxnqYfzMqA470IsydS3GiHy+VD02NlhjJa4dx18ZrJwrr4Dq2kvoSE/v885700+ou/9iPerc+JS2aovTkIvj1AoRnATLGbLzLhWNtObqHA0yWRUyF8ODLU3pt9Z4lHSCR6gjPLpk4FF46cvRSmp1jsy6TFl2cYRaKUImvT5hilcYdWE7vMRuYawBFgORxsKcbrAPQwacyEPEykx0Uc2FYfOFlaFKxXBYnCZCFXYJhLE62OrKMYQumQwd7rjOqTG7k913ccK02Yu8SpekjRBmbu+IMv6wWB6N5yhaINQRSUDzi/k28DfKpK5w2LU1SYrzcdKx1cVdMkE6MRQ6J8mp9mbDRalxtJ01QZgVxMab+K1AD8ZRa6A5Zaz5XDGVTCKTJ8pPkgkT5cflXTeTCXz0ZnkHmTIF3j45hdwkPzWFTEzy2muaw5p/g+eTAzS9Xe02yG81NUIxrpxe2l5Ai/BV28mJklmw0y6v/VrObNN7ctGpMFJLRcrHVKNVqMMREvv0jN3oDihV5pJGV5ealog1RkhVpb7IYfPgAC4WswNA4BCl4okdk+6eeQTp+PWmm+++LRa/md0xc/c/W96dK/7zxzsU2k1YNWLTO/IjSL6pD16z/U1yq3xuO/fCFfJ7zSdGUkLasK6KziAAmSEAvkM6mkKQm1msTWMRPop3ciABFrQZnDjl2urBadgdTiVI+xBt5hMQV1Jgtx9UoB2Z0WOcCWevi8LZCjgcpGe1e9RBeh3AlpTHbWF7PCmE28OmKcjwK9KwFXYMm78j2IrSsPk6g62NjG0D4PFWgrUjINvLUgXWIMCaB17zTe2hRccnFI27FIHhjyRdZxV6FA3ZXjrvEdsqir1UhiZxQoca22kkrbUzanciHdrS3tGBTOgAwxfbOxWsMvsA1gPnLVa3nX7gSE0/cKrTD2Ks2U4Nq/YTENJxytQshPKUi5meicBlhCbVmS0L1ZktV2bMvskY1hLnXMqYKlPm3BaJNUdSk1t0yuQWkLlm6ukoXXJRnBPXeg5Ow0fES9zyCfmzA7v//M7hd36r2X+BOf7R52flo+TEul2PPEBzxRfO8I9pC5hKZoMKEQ7Jl3JBT5aHccYCEasoGJXuhFipaAOTi+oIXGeHO9Goc+TjDHjgg65hOpIJS1KKK2G1vdl1WDTUyBeFcKa72NUeN7pz/bTsJF+QDGCVSw4krgBUzmVo7E4sF2I6h1ft/1E5QWch7TtsaIMNSY9qLHQJ4h//9P5n68b0yBly9dpprzYeurXfY0M/uu6OJRMHDbmy//1L5DN8LPabHQ+vmjv4cn9h17roTTtufvL5QdtD4f1X3jp45KJR/WbW1I2rGXH96fPDYU/Q+QVaP51fUMFsuaQJBuHMCQbYWBQCsRjqZJhBZeYwAylUAkd5HjrWoFFn7tqNNiL9v5lrkLaRf37CQZYqdn9+0gF/W0ZMpy2d7v/P6XRx4gBJ9unMnmBphUKUmLNrGd2b/zthkjv55wmzW93eP08Yri4zF5GmSxcmitnlNF26taJLVZou1ZQupUCXUhveXKM9XWpwaDC2pRqMPlqPHBb2A2nyC4q7pBgGU3pFAaRPVbf/gj5tMyAXm4+xMlPhXPlzwzL4Qa3SI6MyZmeo9NJ8CvSqYnozr2fSq6YVvXom6SVWhJHFxGCksSivAqRQKbzxRWiaFcgYycaaX7EK06w+K23wr7Imy4BVyjaW2Hpg076VVo2XWDNJjdnViC+5P3tUCfb9Zk9eUamuRqmpU8dR9az5b2jcoX9wUVLf0ombkPPzVG+TosmkO6/S/STdv5VA+VcuYQfjbWJ6RuNdFHOgOkVydUej1VvmpXW56c3dWGsrBFJXwedVYanW25bUaVFYFlR6LquEmDlPV0cHokrVPeG1Nkn0/3njd2JwXEQ+tjc/LiIRTrS1RFR6a1ek6P2bS6O3VK1JiD3DUhe1jqA1tZGxq2z0hitlNoXwWR1Ij9Z0rlLpXCvEgc4VKEAke5lwEZ0j9ayGE5QF6/4bWmcmpn6e1uPaJakuopVsbVNWikzRYk9wKVh8vRiRiYUwUlcUlcpBUuRE6PQSDDLq4W1dJM5FQhY0v4DgNcDTvSmVu2ZT77dSqaT2ZuN3OKquO+3ZSdDxH12RpsYsWnoRs4T0yLNecPqK67DCNubMKVJLffA+C4xUHgJ6FtSJEaGRyc4vVpuKWVp7gK1jogXHAadKrdP09dAO9Dzit/uTjbihtuQOKgNeJvwoH5i34OGnq4e9NXnZM6U1z99x5K8tl+tJzxt3jBr9yM3y6cXXvrESyH3rmPW7Hz+4i93L6u67e+EaEn6qUa8QubTmhpvGTJT/9adb5fmB0KYSf2LJzIYtN419bvsUnf72s4/trmfU3nV1XlApdhNl5tuSQ4Pa5tssHebb+hs4ozUz5yb626TbjBnpNrXNsZMpQx2UzXU8eOjHNrm2DuYQtdzVJtPGKbN8QLdjVrsY+3F+fppPsM00Hxrv9dF4b3KwDxqLrjyMMwlZ2YVFyoDJ/3K2T9rc63zKjznpYXc87Yf9qpWN1xrfmf8pvq2Q1Av2OJcl5BQqOMbMFn/df4dl0nbrHMv6pK/eMZYknhEnTeNYBJw8vy2OIcAxoOAYMKRYGXEMUByLVRyRm/UoDpyuOmTi/YBrtjdfWVF7o9mSq8SEW6Mb+Bl02xakdDa/6eFMO+y6zoY5cW9k2mAtcWW0E+glij/YAUqlRoTZ8fOrjPGuyiiO5kcToCuIy2ibVVdrNvBGcioDNJZrXRiG9VKJUO5NSNXoI/nBnAUiYSwRm2i7VsJW15YDCf9L9u9Et3fOJpYOwgqd7IvhHeUrL/wBnOkptI7bjJMVlfwhUfOHyvQ8vAejUR12lEwlKplKrlWmskTdmHvrU9P0zkXVmULMc/AUUa/Tpe11jE0iE2l9fkP7ROVz6paYXp8uGz8fohdgL2Ae9Ho4f6s8JcnIU7ovKU95VSYnPgAXymQ59WIoVy6cgesV0F60VnlKcml5SncHeUruZ/KUzlSest7Rrj/t3FEEK/VWyVPOxvk3QA+8J8UN6sR0nDEEvgKnDp5TUie5llSTKd72B1MnRbko6IyCA+OfolugvVXBAiCcm6H6S51sRe924qktCWlC8FTrpqFeuwtH5DBpc6lwNtH98c9T9XXvyd9ekRg/YdBj084OP771Gfn8D3+SE7tf2PnCU/HH5BfIJ18S7UK+6ZVHb1vRt2r+FVc+cOuCdfKcv8hfyb8n5j8+++KxIxsbFNzovCHwt5xMN2ZtJxOHxFLaTCkWRhrzskth6xYbsA6aiOVtBhGJ3dDLclmx6EDqZk3OJoI/pOOJ/NaEVJExoqibIPLYTNCoy7YVU3F4sVlFXIcOU+sJRv078Y7aTTbiT7XJmiR1HK419goVpXKYracdBTKnHWGBZY6PFm4lBx+hEnDkYA7TxrnzlaTZpUw/ytTYHc1B6pvU1p3NQ+Ic7fR1GpchF8elFQJmehdLb/5/AH5aFXcE/pGkGu4MfPJ/MkKlreDHzu6xKvwFSfiDRqUEvfXGQ/hpdzejqg6xSNhnEOyeHE5RvpKLTlWje7ADjDqMe3QwnerZTOl2R6ejqrhJrRTt8OTkqhR+sPdM1AdcpOLXJYlfhREzdJKNpisbXTa/XonJmiPJeGzQkmg0B7FYB/OVQRs1O4AAjV5tGXyYDR/i8AerEo7NLlZYMrdLhdIO26UTCvxMVKIDQqzsZL/1/hmatN54aarwKk1OUp5FqtzeAddiwr0iGs9VtEKXFDlULsaqggIvrY/NCEEkeZv2ShYod2i1XTpvd2pNdMTpVR1YEp0xPXt3B7YEx0xnmvlSfjftEcxhqhhsD9CZkyNZsIjaYVaG1PNNeDMqo4/JBWK4I8lKnZrWZVlCxvF07mjL3l7dq3v2ilb3Sb6yDz7wgPzX3n369azr34/9Xj1Q+fQQP5lfpeY9ZybznskV8RrTeU9LOu9pSec9sb/DL+zTmK1cKumpbZf0NNqZ9knP5GAFXBIl6emkSU+t6tuFcAW2zxs1f9ISWITtd46aM2Hpnhpy4so5T9dvHDL76eeiCuWHLxi+YutPSPtB869evpUwz09jV9Y0tUjRT07umqroQjqfCuSNk8nHeqROJlQVZKa83Fng/vtok3X7YVXYpGugw3qtdl+uet/bSxlYlVYEbUZXPZcMzbcbYaWZnBT9rfG48dLw6AR4DvaJ1e7y/Qewp1OmbcdujU6Gz9sBz4db5cjS8Key7B3AX/zz8NM+K9QBKO5Fg7DPavf6Cih/makjYRKkvPy6S1qNVhqhDVr3ZOqBjlBrn2el+IGMczKFYHWt7ARDHLXSNRrPVqRcccrcUjFGZyrHmyoYp95UR3SoUKvIJbsWS5VDymSqS2XETsReGxrEOoiItqfEWx3lY+k8LVhrF1PQ0UStQjqn4JInamX0jnQ4W8uf7JVtP2OLP92KB+lcSTrDtoj5hZoJ98Hi0DG2BXQ2Fh05FUg20EqsJ0JbaHPVfHdxsnGWFn3kCjGtwUpDHAU+FAmm5PxuR3qmrVIlEwp41KmShYI6VLJeqx/QMPOjb75t+tM9Jl6/vYGEN+3YvRWIp2fkiupxY6+RP5D/hdLtqaKr+sk1OFeSiB+dOIClwgqNgd9cjJ8pp/fVaUVllARl0bhXYbRghN7+3Q1GlTdlVHXxKnd5R28mpuFdFI9LXZNOeKjjFfp9e1bqYLE0CzripcUXzmi/0rwH+6qAWazOzzRzCWVnZZvU+5jqObVeJ49LxA0mO73jO5cameECrF2KWY/2BLbY+5JTcuhO87mABjY7R2lgQhr46E10GYz06JU2IqVaJ6ODAYv/qTarFbAlYDEZT/pPG8dZWhrZUMsp9qoWZtp4+SX5iTghP9x5ww13/CRfYE+T6WSlRy2RdpLVZDrWOfn5+fnycUa9V7uugB8HUr4rWAjbGJo8EHOjki0LbKQI1c44DwgsSjEciZdZPIhrmSF1S/uC7JSVhLOpyiLYZIO3ssd7vkVVQ0nicAg1TmPGkW7d7DGDjU7bNyWzMDaP0okDP8GcvVhmjzEFwTo6MCczOttJ1JrJHFavUYI3s4n26+Xv9e155N5jZ1tCejJswlM3jNk6Xf5kcd8Tq0/L3+/d+uzT2x59pv4Rrowt/NV9S9aDkjeQbgvm3LlQ/uHPM+QFgdCmUOHX8xaQKqI/+cmHJz798OOZj+/alerB4hfpwG6mEnh06yoQvLVKfjRuUnYD1gn6aTOd1UvjDDrFjMTogyqBFa+j8ztldMb/qaqRox1VxqcLSPhN7XmdEBN/ittLYzRl9D7qhmhqbIAy+MxAW+KVGx/yjNpq16b3gJgylVfrAA1cQw/X+Ab8Ew/Tj8HBMpwB50o16jknOBdWA04eTTZ/e6zUBsIhBSar0vyd5VHvaYXjCjp0KYi+M1e9rWeeOYOFaTVhhfkfvhtJgIb0O0+7uS7pYS4jufH0T+jvdZfwe13y917uKBlI7w8SUrrm4zr1TvN6JYrlowOulLEOXOpWrlpdwOue3GPRgOAB7qNxxAQsrcDb6nzKzbHT52ObJF49H59uf1DvDOsdXEhvBwsnyPvYTW9bj/Pf5B/J7cxZ2AdBOneCU89mwEFc9GazRvVms6K+1Y1mU7eXzbivLGwfgI+NU/isOCeaU4rGVKRFS0QdsI544/7BplyLOmBdJQFGd3ma+DJmkiPY3RGFy6bIQib3uGdRfi9zij7uj4h+rnx6kmLHp+GwpeDIisb1ChzItEKSXiKvMK3Zp8wgVkmHU+r01FC0ZZIx2r0NPb/3DTDvt2RP7JEm7FRS/Qv3jfK/71FhkX9i40BjhGUAQxc+qhIa9tL/B0jknzqAhDC7yPfsBO7zzLkWBmWuhaHVXAujMtfC2OFci12zb5sxb+7MW+ewZxbe+8tFC5Yup/J064XPNXuZ79Ra46vw/JLLH42qUzMka04kkpqgUZwxQUON4cbtyjs7rTlWe7PpcJbW91UOdnKcussya08dOZJHyXsuD23zSmeqzmcL6BwJP4O31EHANKk7BiF7ahhlJDW9ZXyrOVQZ46fo3hwB58prfS6RjainS5+L4Llq286qOJQ5lQL2JfgHqzXvMiUYkQ0ka4yzkveYZ0gAhzJmR/FGPqIvEtdpA+qURp0eJ0/QcDRH780e89DZKR6fQR0yGeM8yfmMOEUIQ9QenKesp5MC8vGman406cTCOsmmazWyEbzSUE1toCZqZ9Rbd3Jg2ehcaOco+RfMuXL9trLs1l0hUvz3Y88MqV8qH72GyC3fsyw5Ll8WfLfhsW0bnv+7fLqCnFvatduIpURDiietGS3fvrSuf/nS+BsDNl+Gd5WjeyfI/kWzgu7jbGaWescngykKeGuwyTQ500sLWOktjgjOOlWGE2mETu67JmoUsZNto1WqmCGxCEqTvDUbfF2jye5S65RBkuPIGCJEc+itImsDHPzzCEG24OQisv43r78bX6LVn5x+TK/VDJ85s2Ubews8TrScYMMtYbJrdctJNrxUHpm8n9oQfgjekSRjFro6rhanh+n4MvVF1SNVgl/APzn/Eu6vPPj7XHq/lUKmGDNyOANc9EeVwoWiaOd3XgF8xWyMyeeblYTsxe/CgrsQzFwcmVgMXk2OT0nY+u2CEpURiwUpm/rNRryFtt6Ft9CWNNlqHWqH92shbdIxbe/fwi5I30Oj/b1cSEObu2ogbyBNTJQm2WjrU4q4ohe9EY33UkmAxl22W2ENVxL3zLvTxHRudaR1hxh3hOWKDpBrrlPubIG5V8BJe5LiVMrUMHXMGXXae6h7VMUsUBulqx1jXEHgdxVF0R2hWMY8CqpiQZQuvi+C61+O6x81J0SjTdTDsZgXxboiMRe2S89LJQfICRyaH3JTxyJER5yEgvCzLiE87OKCn4VoNYzYNSLVAeEqgXF6oeuYJJ7UPQRHPnQm6gSpPIrk1EfhI8z0dkJG/3/DTeRMW8Lf+3PsdTF2o/tP+5q6LuXMb5Or0lVdFTHwn61J20Wo+H+8CNg0WO5WHPY09bsmqc/Aeyzd6vYfUv2SKL32EgissPz/BVVRAVkAAAB42mNgZGBgYJSctZ1lsl48v81XBnkOBhC4/OhvEoz+n/BPgH0dezGQy8HABBIFAHppDcYAeNpjYGRg4Ej6uxZIMvxP+L+CfR0DUAQFvAQAkd4GwwB42m2TT2gTQRTGv515++fQg0ih1BJKKKWHgiWEHEoIASlV0EMJ0pMEKUFioIQQikhYPJQceiyF0lMPpYjeFgqiUnqREnIQCSUIoicPRShFRDyE4vrNmEgsXfjxzbzZNzvvfbPqDAvgI6OAMkxhR2fQdGeRli2se9soux9Rc47RVEUUSE4qWOZa2fmFvNrCfZXEjvqOUcYekUNSIkUyS5pkrT8vk4p9P4l8f/7EqK5iwk/hqXsNcOfQdkcQul20pU6SnJ9wfoq2ypKp+KF8Y3wGbX8ebS8gWYTS6esPrpVQkVVcZ95beQf4ZUzILgJpsNZN1rGH5zzzGDUty0jp7fhCdp0Nfq8op4j0B9SpdQlRV6+QkBXM8JuR8rCnvHhT0nYc+TVEJi5d+35kcvQC8zus8wSTXNsXBXjzGJMU9wig9BEKOmAfy8459Y6pf9B7jo+I6U2DTJp3WH+DZ8t4L1BSXSzqHgo2h703MUHc06t4ZmMtpEjS1vITkZtDzfTb6WCa8XsauMX8JS+Hu+QmucHep23fr8C7iH8bL6wPQ9AHlxyobNwyY7eFuYEPlzF3wKjxYhjrxVfu12PfTN+vwPuCovUi/B968In9f0k9IGdyjNo/Hy5j7plR48Uw9MJ6RvVXEPob3MOc6dAZIYF+w3tTBwaquOZ8Jrm/4JwaUh9zzfwHfQQoBMR5gHGL+U/eY9ygc0Rh31ukJ8xVVd7FKpbMvvIaeS+DabltzsA7R/w1JJD4A5Gu2UsAeNpjYGDQgcIKhlWMfUxsTAuYTZiDmGuYlzFfYBFisWKJYGljWcDygVWGNY/1DpsB2yx2LnY99lUcUhwRHNM4VnGc4XjAGcT5jUuPaxrXPW4F7hjuSTwMPBY8YTxtPLt4HvAa8dbxXuIT4SvjO8Nvwp/Cv4j/jECCwCSBAwLvBGUEzQSzBDsEFwieEHISWiL0SjhAeJMIm8ghUT5RD9EpoldEP4gliK0S+yEeJ35EgkEiS+KcpIykm+Q/KQOpHKkZUt+khaSLpH9I/5CxkJkm80u2QPaK7A+5KXLX5PPk7ykwKWgpeCh8UuRSDFJcpPhBKUqpRemBsoKyn3Kb8irlTyoSKvNUVVS/qOWp7VFnUg9QP6Vhp7FBk0WzSfOSloxWkdYzbTltP+027Ws6Zjr7dDV0e3R/6LXo8+jr6S/T/2XgYTDPUMAwwHCWkYbRHmMP4wcmc0xDzLjM9pibma+zULBYYGlnWWS5yPKWlZbVDGsF6zbrZzZhNg9sU2xX2cnZNdk9sg+yv+Gg4tDl8M+xzEnIqcRpmdMbHPCXM4ezmLOes5tznvM0530uTC4eLj0uu1zFgNDGNQkIn7l5uWW5fXGP89DyuAYAhxOWagABAAAA6gBCAAUAAAAAAAIAAQACABYAAAEAAVEAAAAAeNqdU01PE1EUPdMpCgEaw8I0xMWEFQs7DIUQJMQEFAkJwUQMbNgM01IK/XI6jWBcsnDtb3Djf/AHoCas2LBh5Q/wJ3DunUu1tGzI5L6ed989592PVwATuIYLJzsCIKal2KE/NpxBDmeGXSzjq+EspnBheAh5/DX8CE+cYcOP8c3JGx7GtPPD8CgWnT+Gx7CXeWZ4nPjEcA7vM5eGz/HUnTb8E4H70vAv5NyG4d8Ycz+n+MrFpPsFr1FFhZbQPqGMEjxayH1IFKGJFk5Zp0Qd0uvhO62IALO0gqFZPKd3ndFNxtWo4+EVcUy2rKHqN9GAj7f0lYk8bNPfQBvvuK+gQ17I2BV6Io0ocY0ZV6D1szysklMlS3KWbIKBUb3qO6rZtmyE5yv3lnnLG6RU1VX6kmhNkl9dVY/pa+KgrwehVuFp1Cl/99Uba0ailmg2aderelukHul+uj9i5rHGlrhG3T62mXd/pwb3XOaW0LuEGX4f9fN53suOjOsrqjPyobyEtba0qrJ2usLYtOu+atbZnU2tpqyVpPV3/qsjYZx0aoU6IePSXS9HXtzdaRZ5Q3Bv3v+0fM25wtNaj2abnk1ssI9r2OLk1/SFi+YuT/c5YbknsXeTekuaZ4dqcv881wBzvLuIF1znsNj9vyxofQfMQl5jolOW6XZ475uu8jY+6LuO9WXUbgDn8ra0AAB42m3QR0xUcRDH8e/AsgtL7x3svex7u49i3wXW3nsXhS2KgIurYkNjr9GYeNPYLmrsNRr1oMbeYol68GyPB/WqC+/vzbl8MpPMZPIjirb648PH/+ozSJREE42FGKzYiCUOO/EkkEgSyaSQShrpZJBJFtnkkEse+RRQSBHFtKM9HehIJzrTha50ozs96EkvetOHvjjQ0HHiwqCEUsoopx/9GcBABjGYIbjxUEElVXgZyjCGM4KRjGI0YxjLOMYzgYlMYjJTmMo0pjODmcxiNnOYyzyqxcJRNrKJG+znI5vZzQ4OcJxjEsN23rOBfWIVG7sklq3c5oPEcZAT/OInvznCKR5wj9PMZwF7qOERtdznIc94zBOe8imS3kue84Iz+PnBXt7witcE+MI3trGQIItYTB31HKKBJTQSookwS1nG8kjKK1hJM6tYw2qucpgW1rKO9XzlO9c4yzmu85Z3Ypd4SZBESZJkSZFUSZN0yZBMyZJsznOBy1zhDhe5xF22cFJyuMktyZU8dkq+FEihFEmx1V/X3BjQbOH6oMPhqDR1O5Sq9+hKp9JQlreqRxaVmlJXOpUupaEsUZYqy5T/7rlNNXVX0+y+oD8cqq2pbgqYI91rangtVeFQQ1tjeCta9XrMPyLqSqfS9RcJap7iAAAAeNpFzjtuwlAQBVA/HhjzCTH+8JOiGMq8ho4qHaaAAkRlC1ZBQZs0FBSwgWxiTIVYAD0VyyE3MBm6OVdXunNUtw2pnTUhZ5ZkSu3TbGSbpEtuOqFgjuM7fSPbLBOLdBSTNkOqRvFBX3LmjgpQ/WGUgUrCKAHlMcMBSp+MIuD0GTZQ7DEKgD1l5IFCyHj5G/UfUFTjVxpRfLJqSls5k+nRGkmIXmMhDMBwIPTBwAg90H8X1kHvKnTB+lb4CrqesHmf/ro9p1soNM/CNthaCTtg++OfKQXmF/+9a+wAAAABV71M4gAA) format('woff');
    font-weight: normal;
    font-style: normal;

}

/* Generated by Font Squirrel (https://www.fontsquirrel.com) on August 24, 2016 */

@font-face {
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) 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) format('woff');
    font-weight: normal;
    font-style: normal;

}

/*! Generated by Font Squirrel (https://www.fontsquirrel.com) on December 18, 2017 */



@font-face {
    font-family: 'titilliumregular';
    src: 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) 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) format('woff');
    font-weight: normal;
    font-style: normal;

}

/*! Generated by Font Squirrel (https://www.fontsquirrel.com) on December 18, 2017 */



@font-face {
    font-family: 'titilliumlight';
    src: 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) 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) format('woff');
    font-weight: normal;
    font-style: normal;

}

The following tiddlers were imported:

# [[$:/core/macros/thumbnails]]

\define lingo-base() $:/language/ControlPanel/Basics/

|Afficher le titre du wiki|<$checkbox tiddler='$:/user/config' field='site-title' checked='yes' unchecked=none/> |
|Afficher le sous-titre du wiki|<$checkbox tiddler='$:/user/config' field='site-subtitle' checked='yes' unchecked=none/>|
|[[Afficher le pied de page]]|<$checkbox tiddler="$:/user/config/PageFooter" tag="$:/tags/BelowStory"></$checkbox>|
|<$link to="$:/SiteTitle"><<lingo Title/Prompt>></$link> |<$edit-text class='tc-edit-texteditor' tiddler="$:/SiteTitle" default="" tag="input"/> |
|<$link to="$:/SiteSubtitle"><<lingo Subtitle/Prompt>></$link> |<$edit-text class='tc-edit-texteditor' tiddler="$:/SiteSubtitle" default="" tag="input"/> |
|<$link to="$:/DefaultTiddlers"><<lingo DefaultTiddlers/Prompt>></$link> |<$edit tag="textarea" tiddler="$:/DefaultTiddlers" class="tc-edit-texteditor"/> |

no

$:/languages/en-GB

{
    "tiddlers": {
        "$:/language/Buttons/AdvancedSearch/Caption": {
            "title": "$:/language/Buttons/AdvancedSearch/Caption",
            "text": "recherche avancée"
        },
        "$:/language/Buttons/AdvancedSearch/Hint": {
            "title": "$:/language/Buttons/AdvancedSearch/Hint",
            "text": "Recherche avancée"
        },
        "$:/language/Buttons/Cancel/Caption": {
            "title": "$:/language/Buttons/Cancel/Caption",
            "text": "annuler"
        },
        "$:/language/Buttons/Cancel/Hint": {
            "title": "$:/language/Buttons/Cancel/Hint",
            "text": "Annule l'édition de ce tiddler"
        },
        "$:/language/Buttons/Clone/Caption": {
            "title": "$:/language/Buttons/Clone/Caption",
            "text": "cloner"
        },
        "$:/language/Buttons/Clone/Hint": {
            "title": "$:/language/Buttons/Clone/Hint",
            "text": "Clone ce tiddler"
        },
        "$:/language/Buttons/Close/Caption": {
            "title": "$:/language/Buttons/Close/Caption",
            "text": "fermer"
        },
        "$:/language/Buttons/Close/Hint": {
            "title": "$:/language/Buttons/Close/Hint",
            "text": "Ferme ce tiddler"
        },
        "$:/language/Buttons/CloseAll/Caption": {
            "title": "$:/language/Buttons/CloseAll/Caption",
            "text": "fermer tout"
        },
        "$:/language/Buttons/CloseAll/Hint": {
            "title": "$:/language/Buttons/CloseAll/Hint",
            "text": "Ferme tous les tiddlers"
        },
        "$:/language/Buttons/CloseOthers/Caption": {
            "title": "$:/language/Buttons/CloseOthers/Caption",
            "text": "fermer les autres tiddlers"
        },
        "$:/language/Buttons/CloseOthers/Hint": {
            "title": "$:/language/Buttons/CloseOthers/Hint",
            "text": "Ferme les autres tiddlers"
        },
        "$:/language/Buttons/ControlPanel/Caption": {
            "title": "$:/language/Buttons/ControlPanel/Caption",
            "text": "panneau de contrôle"
        },
        "$:/language/Buttons/ControlPanel/Hint": {
            "title": "$:/language/Buttons/ControlPanel/Hint",
            "text": "Ouvre le panneau de contrôle"
        },
        "$:/language/Buttons/Delete/Caption": {
            "title": "$:/language/Buttons/Delete/Caption",
            "text": "supprimer"
        },
        "$:/language/Buttons/Delete/Hint": {
            "title": "$:/language/Buttons/Delete/Hint",
            "text": "Supprime ce tiddler"
        },
        "$:/language/Buttons/Edit/Caption": {
            "title": "$:/language/Buttons/Edit/Caption",
            "text": "éditer"
        },
        "$:/language/Buttons/Edit/Hint": {
            "title": "$:/language/Buttons/Edit/Hint",
            "text": "Édite ce tiddler"
        },
        "$:/language/Buttons/Encryption/Caption": {
            "title": "$:/language/Buttons/Encryption/Caption",
            "text": "chiffrement"
        },
        "$:/language/Buttons/Encryption/Hint": {
            "title": "$:/language/Buttons/Encryption/Hint",
            "text": "Affecte ou résilie le mot de passe pour la sauvegarde de ce wiki"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
            "text": "résilier le mot de passe"
        },
        "$:/language/Buttons/Encryption/ClearPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
            "text": "Résilie le mot de passe et sauvegarde ce wiki sans chiffrement"
        },
        "$:/language/Buttons/Encryption/SetPassword/Caption": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Caption",
            "text": "affecter un mot de passe"
        },
        "$:/language/Buttons/Encryption/SetPassword/Hint": {
            "title": "$:/language/Buttons/Encryption/SetPassword/Hint",
            "text": "Affecte un mot de passe pour sauvegarde une version chiffrée de ce wiki"
        },
        "$:/language/Buttons/ExportPage/Caption": {
            "title": "$:/language/Buttons/ExportPage/Caption",
            "text": "exporter tout"
        },
        "$:/language/Buttons/ExportPage/Hint": {
            "title": "$:/language/Buttons/ExportPage/Hint",
            "text": "Exporte tous les tiddlers"
        },
        "$:/language/Buttons/ExportTiddler/Caption": {
            "title": "$:/language/Buttons/ExportTiddler/Caption",
            "text": "exporter ce tiddler"
        },
        "$:/language/Buttons/ExportTiddler/Hint": {
            "title": "$:/language/Buttons/ExportTiddler/Hint",
            "text": "Exporte ce tiddler"
        },
        "$:/language/Buttons/ExportTiddlers/Caption": {
            "title": "$:/language/Buttons/ExportTiddlers/Caption",
            "text": "exporter ces tiddlers"
        },
        "$:/language/Buttons/ExportTiddlers/Hint": {
            "title": "$:/language/Buttons/ExportTiddlers/Hint",
            "text": "Exporte ces tiddlers"
        },
        "$:/language/Buttons/Fold/Caption": {
            "title": "$:/language/Buttons/Fold/Caption",
            "text": "replier le tiddler"
        },
        "$:/language/Buttons/Fold/Hint": {
            "title": "$:/language/Buttons/Fold/Hint",
            "text": "Replie le corps du tiddler"
        },
        "$:/language/Buttons/Fold/FoldBar/Caption": {
            "title": "$:/language/Buttons/Fold/FoldBar/Caption",
            "text": "Barre de repli"
        },
        "$:/language/Buttons/Fold/FoldBar/Hint": {
            "title": "$:/language/Buttons/Fold/FoldBar/Hint",
            "text": "Barre optionnelle pour replier et déplier les tiddlers"
        },
        "$:/language/Buttons/Unfold/Caption": {
            "title": "$:/language/Buttons/Unfold/Caption",
            "text": "déplier le tiddler"
        },
        "$:/language/Buttons/Unfold/Hint": {
            "title": "$:/language/Buttons/Unfold/Hint",
            "text": "Déplie le corps de ce tiddler"
        },
        "$:/language/Buttons/FoldOthers/Caption": {
            "title": "$:/language/Buttons/FoldOthers/Caption",
            "text": "replier les autres tiddlers"
        },
        "$:/language/Buttons/FoldOthers/Hint": {
            "title": "$:/language/Buttons/FoldOthers/Hint",
            "text": "Replie le corps des autres tiddlers ouverts"
        },
        "$:/language/Buttons/FoldAll/Caption": {
            "title": "$:/language/Buttons/FoldAll/Caption",
            "text": "replie tous les tiddlers"
        },
        "$:/language/Buttons/FoldAll/Hint": {
            "title": "$:/language/Buttons/FoldAll/Hint",
            "text": "Replier le corps de tous les tiddlers ouverts"
        },
        "$:/language/Buttons/UnfoldAll/Caption": {
            "title": "$:/language/Buttons/UnfoldAll/Caption",
            "text": "déplier tous les tiddlers"
        },
        "$:/language/Buttons/UnfoldAll/Hint": {
            "title": "$:/language/Buttons/UnfoldAll/Hint",
            "text": "Déplie le corps de tous les tiddlers ouverts"
        },
        "$:/language/Buttons/FullScreen/Caption": {
            "title": "$:/language/Buttons/FullScreen/Caption",
            "text": "plein-écran"
        },
        "$:/language/Buttons/FullScreen/Hint": {
            "title": "$:/language/Buttons/FullScreen/Hint",
            "text": "Entre ou sort du mode plein-écran"
        },
        "$:/language/Buttons/Help/Caption": {
            "title": "$:/language/Buttons/Help/Caption",
            "text": "aide"
        },
        "$:/language/Buttons/Help/Hint": {
            "title": "$:/language/Buttons/Help/Hint",
            "text": "Affiche le panneau d'aide"
        },
        "$:/language/Buttons/Import/Caption": {
            "title": "$:/language/Buttons/Import/Caption",
            "text": "importer"
        },
        "$:/language/Buttons/Import/Hint": {
            "title": "$:/language/Buttons/Import/Hint",
            "text": "Importe des fichiers de nombreux types, notamment texte, image, TiddlyWiki ou JSON"
        },
        "$:/language/Buttons/Info/Caption": {
            "title": "$:/language/Buttons/Info/Caption",
            "text": "informations"
        },
        "$:/language/Buttons/Info/Hint": {
            "title": "$:/language/Buttons/Info/Hint",
            "text": "Affiche des informations sur ce tiddler"
        },
        "$:/language/Buttons/Home/Caption": {
            "title": "$:/language/Buttons/Home/Caption",
            "text": "accueil"
        },
        "$:/language/Buttons/Home/Hint": {
            "title": "$:/language/Buttons/Home/Hint",
            "text": "Ouvre les tiddlers par défaut"
        },
        "$:/language/Buttons/Language/Caption": {
            "title": "$:/language/Buttons/Language/Caption",
            "text": "langue"
        },
        "$:/language/Buttons/Language/Hint": {
            "title": "$:/language/Buttons/Language/Hint",
            "text": "Choix de la langue pour l'interface utilisateur"
        },
        "$:/language/Buttons/More/Caption": {
            "title": "$:/language/Buttons/More/Caption",
            "text": "plus"
        },
        "$:/language/Buttons/More/Hint": {
            "title": "$:/language/Buttons/More/Hint",
            "text": "Actions supplémentaires"
        },
        "$:/language/Buttons/NewHere/Caption": {
            "title": "$:/language/Buttons/NewHere/Caption",
            "text": "nouveau, à partir d'ici"
        },
        "$:/language/Buttons/NewHere/Hint": {
            "title": "$:/language/Buttons/NewHere/Hint",
            "text": "Crée un nouveau tiddler avec pour tag le titre du tiddler courant"
        },
        "$:/language/Buttons/NewJournal/Caption": {
            "title": "$:/language/Buttons/NewJournal/Caption",
            "text": "nouveau journal"
        },
        "$:/language/Buttons/NewJournal/Hint": {
            "title": "$:/language/Buttons/NewJournal/Hint",
            "text": "Crée un nouveau tiddler journal"
        },
        "$:/language/Buttons/NewJournalHere/Caption": {
            "title": "$:/language/Buttons/NewJournalHere/Caption",
            "text": "nouveau journal, à partir d'ici"
        },
        "$:/language/Buttons/NewJournalHere/Hint": {
            "title": "$:/language/Buttons/NewJournalHere/Hint",
            "text": "Crée un nouveau tiddler journal avec pour tag le titre du tiddler courant"
        },
        "$:/language/Buttons/NewImage/Caption": {
            "title": "$:/language/Buttons/NewImage/Caption",
            "text": "nouvelle image"
        },
        "$:/language/Buttons/NewImage/Hint": {
            "title": "$:/language/Buttons/NewImage/Hint",
            "text": "Crée une nouveau tiddler image"
        },
        "$:/language/Buttons/NewMarkdown/Caption": {
            "title": "$:/language/Buttons/NewMarkdown/Caption",
            "text": "nouveau tiddler Markdown"
        },
        "$:/language/Buttons/NewMarkdown/Hint": {
            "title": "$:/language/Buttons/NewMarkdown/Hint",
            "text": "Crée un nouveau tiddler avec la syntaxe Markdown"
        },
        "$:/language/Buttons/NewTiddler/Caption": {
            "title": "$:/language/Buttons/NewTiddler/Caption",
            "text": "nouveau tiddler"
        },
        "$:/language/Buttons/NewTiddler/Hint": {
            "title": "$:/language/Buttons/NewTiddler/Hint",
            "text": "Crée un nouveau tiddler"
        },
        "$:/language/Buttons/OpenWindow/Caption": {
            "title": "$:/language/Buttons/OpenWindow/Caption",
            "text": "ouvrir dans une nouvelle fenêtre"
        },
        "$:/language/Buttons/OpenWindow/Hint": {
            "title": "$:/language/Buttons/OpenWindow/Hint",
            "text": "Ouvre ce tiddler dans une nouvelle fenêtre"
        },
        "$:/language/Buttons/Palette/Caption": {
            "title": "$:/language/Buttons/Palette/Caption",
            "text": "palette"
        },
        "$:/language/Buttons/Palette/Hint": {
            "title": "$:/language/Buttons/Palette/Hint",
            "text": "Choisit une palette de couleur"
        },
        "$:/language/Buttons/Permalink/Caption": {
            "title": "$:/language/Buttons/Permalink/Caption",
            "text": "permalink"
        },
        "$:/language/Buttons/Permalink/Hint": {
            "title": "$:/language/Buttons/Permalink/Hint",
            "text": "Remplace l'URL dans la barre d'adresse du navigateur par un lien direct vers ce tiddler"
        },
        "$:/language/Buttons/Permaview/Caption": {
            "title": "$:/language/Buttons/Permaview/Caption",
            "text": "permaview"
        },
        "$:/language/Buttons/Permaview/Hint": {
            "title": "$:/language/Buttons/Permaview/Hint",
            "text": "Remplace l'URL dans la barre d'adresse du navigateur par un lien direct vers l'ensemble des tiddlers présents dans le déroulé"
        },
        "$:/language/Buttons/Print/Caption": {
            "title": "$:/language/Buttons/Print/Caption",
            "text": "imprimer la page"
        },
        "$:/language/Buttons/Print/Hint": {
            "title": "$:/language/Buttons/Print/Hint",
            "text": "Imprime la page courante"
        },
        "$:/language/Buttons/Refresh/Caption": {
            "title": "$:/language/Buttons/Refresh/Caption",
            "text": "rafraîchir"
        },
        "$:/language/Buttons/Refresh/Hint": {
            "title": "$:/language/Buttons/Refresh/Hint",
            "text": "Rafraîchit la totalité du wiki"
        },
        "$:/language/Buttons/Save/Caption": {
            "title": "$:/language/Buttons/Save/Caption",
            "text": "ok"
        },
        "$:/language/Buttons/Save/Hint": {
            "title": "$:/language/Buttons/Save/Hint",
            "text": "Confirme les changements apportés à ce tiddler"
        },
        "$:/language/Buttons/SaveWiki/Caption": {
            "title": "$:/language/Buttons/SaveWiki/Caption",
            "text": "enregistrer les modifications"
        },
        "$:/language/Buttons/SaveWiki/Hint": {
            "title": "$:/language/Buttons/SaveWiki/Hint",
            "text": "Enregistre les modifications"
        },
        "$:/language/Buttons/StoryView/Caption": {
            "title": "$:/language/Buttons/StoryView/Caption",
            "text": "visualisation du déroulé"
        },
        "$:/language/Buttons/StoryView/Hint": {
            "title": "$:/language/Buttons/StoryView/Hint",
            "text": "Choisit le mode de visualisation du déroulé"
        },
        "$:/language/Buttons/HideSideBar/Caption": {
            "title": "$:/language/Buttons/HideSideBar/Caption",
            "text": "cacher la barre latérale"
        },
        "$:/language/Buttons/HideSideBar/Hint": {
            "title": "$:/language/Buttons/HideSideBar/Hint",
            "text": "Cache la barre latérale"
        },
        "$:/language/Buttons/ShowSideBar/Caption": {
            "title": "$:/language/Buttons/ShowSideBar/Caption",
            "text": "afficher la barre latérale"
        },
        "$:/language/Buttons/ShowSideBar/Hint": {
            "title": "$:/language/Buttons/ShowSideBar/Hint",
            "text": "Affiche la barre latérale"
        },
        "$:/language/Buttons/TagManager/Caption": {
            "title": "$:/language/Buttons/TagManager/Caption",
            "text": "gestionnaire de tags"
        },
        "$:/language/Buttons/TagManager/Hint": {
            "title": "$:/language/Buttons/TagManager/Hint",
            "text": "Ouvre le gestionnaire de tags"
        },
        "$:/language/Buttons/Timestamp/Caption": {
            "title": "$:/language/Buttons/Timestamp/Caption",
            "text": "horodatage"
        },
        "$:/language/Buttons/Timestamp/Hint": {
            "title": "$:/language/Buttons/Timestamp/Hint",
            "text": "Décide si les modifications mettent à jour l'horodatage"
        },
        "$:/language/Buttons/Timestamp/On/Caption": {
            "title": "$:/language/Buttons/Timestamp/On/Caption",
            "text": "horodatage activé"
        },
        "$:/language/Buttons/Timestamp/On/Hint": {
            "title": "$:/language/Buttons/Timestamp/On/Hint",
            "text": "L'horodatage est mis à jour quand les tiddlers sont modifiés"
        },
        "$:/language/Buttons/Timestamp/Off/Caption": {
            "title": "$:/language/Buttons/Timestamp/Off/Caption",
            "text": "horodatage désactivé"
        },
        "$:/language/Buttons/Timestamp/Off/Hint": {
            "title": "$:/language/Buttons/Timestamp/Off/Hint",
            "text": "L'horodatage n'est pas mis à jour quand les tiddlers sont modifiés"
        },
        "$:/language/Buttons/Theme/Caption": {
            "title": "$:/language/Buttons/Theme/Caption",
            "text": "thème"
        },
        "$:/language/Buttons/Theme/Hint": {
            "title": "$:/language/Buttons/Theme/Hint",
            "text": "Choix du thème pour l'affichage"
        },
        "$:/language/Buttons/Bold/Caption": {
            "title": "$:/language/Buttons/Bold/Caption",
            "text": "gras"
        },
        "$:/language/Buttons/Bold/Hint": {
            "title": "$:/language/Buttons/Bold/Hint",
            "text": "Met la sélection en gras"
        },
        "$:/language/Buttons/Clear/Caption": {
            "title": "$:/language/Buttons/Clear/Caption",
            "text": "effacer"
        },
        "$:/language/Buttons/Clear/Hint": {
            "title": "$:/language/Buttons/Clear/Hint",
            "text": "Remplace l'image par une couleur pleine"
        },
        "$:/language/Buttons/EditorHeight/Caption": {
            "title": "$:/language/Buttons/EditorHeight/Caption",
            "text": "hauteur de l'éditeur"
        },
        "$:/language/Buttons/EditorHeight/Caption/Auto": {
            "title": "$:/language/Buttons/EditorHeight/Caption/Auto",
            "text": "Ajuste automatiquement la hauteur en fonction du contenu"
        },
        "$:/language/Buttons/EditorHeight/Caption/Fixed": {
            "title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
            "text": "Hauteur fixe :"
        },
        "$:/language/Buttons/EditorHeight/Hint": {
            "title": "$:/language/Buttons/EditorHeight/Hint",
            "text": "Choisit la hauteur de l'éditeur de texte"
        },
        "$:/language/Buttons/Excise/Caption": {
            "title": "$:/language/Buttons/Excise/Caption",
            "text": "exciser"
        },
        "$:/language/Buttons/Excise/Caption/Excise": {
            "title": "$:/language/Buttons/Excise/Caption/Excise",
            "text": "Effectue une excision"
        },
        "$:/language/Buttons/Excise/Caption/MacroName": {
            "title": "$:/language/Buttons/Excise/Caption/MacroName",
            "text": "Nom de la macro :"
        },
        "$:/language/Buttons/Excise/Caption/NewTitle": {
            "title": "$:/language/Buttons/Excise/Caption/NewTitle",
            "text": "Titre du nouveau tiddler :"
        },
        "$:/language/Buttons/Excise/Caption/Replace": {
            "title": "$:/language/Buttons/Excise/Caption/Replace",
            "text": "Remplacer le texte excisé par :"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Macro": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
            "text": "macro"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Link": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Link",
            "text": "lien"
        },
        "$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
            "title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
            "text": "transclusion"
        },
        "$:/language/Buttons/Excise/Caption/Tag": {
            "title": "$:/language/Buttons/Excise/Caption/Tag",
            "text": "Utilise le titre de ce tiddler comme tag du nouveau tiddler"
        },
        "$:/language/Buttons/Excise/Caption/TiddlerExists": {
            "title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
            "text": "Attention : le tiddler existe déjà"
        },
        "$:/language/Buttons/Excise/Hint": {
            "title": "$:/language/Buttons/Excise/Hint",
            "text": "Excise le texte sélectionné vers un nouveau tiddler"
        },
        "$:/language/Buttons/Heading1/Caption": {
            "title": "$:/language/Buttons/Heading1/Caption",
            "text": "en-tête 1"
        },
        "$:/language/Buttons/Heading1/Hint": {
            "title": "$:/language/Buttons/Heading1/Hint",
            "text": "Applique le formatage des en-têtes de niveau 1 aux lignes de la sélection"
        },
        "$:/language/Buttons/Heading2/Caption": {
            "title": "$:/language/Buttons/Heading2/Caption",
            "text": "en-tête 2"
        },
        "$:/language/Buttons/Heading2/Hint": {
            "title": "$:/language/Buttons/Heading2/Hint",
            "text": "Applique le formatage des en-têtes de niveau 2 aux lignes de la sélection"
        },
        "$:/language/Buttons/Heading3/Caption": {
            "title": "$:/language/Buttons/Heading3/Caption",
            "text": "en-tête 3"
        },
        "$:/language/Buttons/Heading3/Hint": {
            "title": "$:/language/Buttons/Heading3/Hint",
            "text": "Applique le formatage des en-têtes de niveau 3 aux lignes de la sélection"
        },
        "$:/language/Buttons/Heading4/Caption": {
            "title": "$:/language/Buttons/Heading4/Caption",
            "text": "en-tête 4"
        },
        "$:/language/Buttons/Heading4/Hint": {
            "title": "$:/language/Buttons/Heading4/Hint",
            "text": "Applique le formatage des en-têtes de niveau 4 aux lignes de la sélection"
        },
        "$:/language/Buttons/Heading5/Caption": {
            "title": "$:/language/Buttons/Heading5/Caption",
            "text": "en-tête 5"
        },
        "$:/language/Buttons/Heading5/Hint": {
            "title": "$:/language/Buttons/Heading5/Hint",
            "text": "Applique le formatage des en-têtes de niveau 5 aux lignes de la sélection"
        },
        "$:/language/Buttons/Heading6/Caption": {
            "title": "$:/language/Buttons/Heading6/Caption",
            "text": "en-tête 6"
        },
        "$:/language/Buttons/Heading6/Hint": {
            "title": "$:/language/Buttons/Heading6/Hint",
            "text": "Applique le formatage des en-têtes de niveau 6 aux lignes de la sélection"
        },
        "$:/language/Buttons/Italic/Caption": {
            "title": "$:/language/Buttons/Italic/Caption",
            "text": "italiques"
        },
        "$:/language/Buttons/Italic/Hint": {
            "title": "$:/language/Buttons/Italic/Hint",
            "text": "Met la sélection en italiques"
        },
        "$:/language/Buttons/LineWidth/Caption": {
            "title": "$:/language/Buttons/LineWidth/Caption",
            "text": "épaisseur du trait"
        },
        "$:/language/Buttons/LineWidth/Hint": {
            "title": "$:/language/Buttons/LineWidth/Hint",
            "text": "Choisit une épaisseur de trait pour le remplissage"
        },
        "$:/language/Buttons/Link/Caption": {
            "title": "$:/language/Buttons/Link/Caption",
            "text": "lien"
        },
        "$:/language/Buttons/Link/Hint": {
            "title": "$:/language/Buttons/Link/Hint",
            "text": "Crée un lien wikitext"
        },
        "$:/language/Buttons/ListBullet/Caption": {
            "title": "$:/language/Buttons/ListBullet/Caption",
            "text": "liste à puces"
        },
        "$:/language/Buttons/ListBullet/Hint": {
            "title": "$:/language/Buttons/ListBullet/Hint",
            "text": "Formate les lignes de la sélection comme une liste à puces"
        },
        "$:/language/Buttons/ListNumber/Caption": {
            "title": "$:/language/Buttons/ListNumber/Caption",
            "text": "liste numérotée"
        },
        "$:/language/Buttons/ListNumber/Hint": {
            "title": "$:/language/Buttons/ListNumber/Hint",
            "text": "Formate les lignes de la sélection comme une liste numérotée"
        },
        "$:/language/Buttons/MonoBlock/Caption": {
            "title": "$:/language/Buttons/MonoBlock/Caption",
            "text": "bloc de chasse constante"
        },
        "$:/language/Buttons/MonoBlock/Hint": {
            "title": "$:/language/Buttons/MonoBlock/Hint",
            "text": "Formate les lignes de la sélection en bloc de chasse constante"
        },
        "$:/language/Buttons/MonoLine/Caption": {
            "title": "$:/language/Buttons/MonoLine/Caption",
            "text": "chasse constante"
        },
        "$:/language/Buttons/MonoLine/Hint": {
            "title": "$:/language/Buttons/MonoLine/Hint",
            "text": "Formate la sélection avec une police de caractères à chasse constante"
        },
        "$:/language/Buttons/Opacity/Caption": {
            "title": "$:/language/Buttons/Opacity/Caption",
            "text": "opacité"
        },
        "$:/language/Buttons/Opacity/Hint": {
            "title": "$:/language/Buttons/Opacity/Hint",
            "text": "Choisit l'opacité du remplissage"
        },
        "$:/language/Buttons/Paint/Caption": {
            "title": "$:/language/Buttons/Paint/Caption",
            "text": "couleur de remplissage"
        },
        "$:/language/Buttons/Paint/Hint": {
            "title": "$:/language/Buttons/Paint/Hint",
            "text": "Choisit la couleur de remplissage"
        },
        "$:/language/Buttons/Picture/Caption": {
            "title": "$:/language/Buttons/Picture/Caption",
            "text": "image"
        },
        "$:/language/Buttons/Picture/Hint": {
            "title": "$:/language/Buttons/Picture/Hint",
            "text": "Insère une image"
        },
        "$:/language/Buttons/Preview/Caption": {
            "title": "$:/language/Buttons/Preview/Caption",
            "text": "prévisualisation"
        },
        "$:/language/Buttons/Preview/Hint": {
            "title": "$:/language/Buttons/Preview/Hint",
            "text": "Affiche le panneau de prévisualisation"
        },
        "$:/language/Buttons/PreviewType/Caption": {
            "title": "$:/language/Buttons/PreviewType/Caption",
            "text": "type de prévisualisation"
        },
        "$:/language/Buttons/PreviewType/Hint": {
            "title": "$:/language/Buttons/PreviewType/Hint",
            "text": "Choisit le type de prévisualisation"
        },
        "$:/language/Buttons/Quote/Caption": {
            "title": "$:/language/Buttons/Quote/Caption",
            "text": "citation"
        },
        "$:/language/Buttons/Quote/Hint": {
            "title": "$:/language/Buttons/Quote/Hint",
            "text": "Formate les lignes de la sélection comme une citation"
        },
        "$:/language/Buttons/Size/Caption": {
            "title": "$:/language/Buttons/Size/Caption",
            "text": "taille de l'image"
        },
        "$:/language/Buttons/Size/Caption/Height": {
            "title": "$:/language/Buttons/Size/Caption/Height",
            "text": "Hauteur :"
        },
        "$:/language/Buttons/Size/Caption/Resize": {
            "title": "$:/language/Buttons/Size/Caption/Resize",
            "text": "Redimensionner l'image"
        },
        "$:/language/Buttons/Size/Caption/Width": {
            "title": "$:/language/Buttons/Size/Caption/Width",
            "text": "Largeur :"
        },
        "$:/language/Buttons/Size/Hint": {
            "title": "$:/language/Buttons/Size/Hint",
            "text": "Indique une taille pour l'image"
        },
        "$:/language/Buttons/Stamp/Caption": {
            "title": "$:/language/Buttons/Stamp/Caption",
            "text": "tampon"
        },
        "$:/language/Buttons/Stamp/Caption/New": {
            "title": "$:/language/Buttons/Stamp/Caption/New",
            "text": "Ajoutez le vôtre"
        },
        "$:/language/Buttons/Stamp/Hint": {
            "title": "$:/language/Buttons/Stamp/Hint",
            "text": "Insère un fragment de texte préconfiguré"
        },
        "$:/language/Buttons/Stamp/New/Title": {
            "title": "$:/language/Buttons/Stamp/New/Title",
            "text": "Nom tel qu'il apparaît dans le menu"
        },
        "$:/language/Buttons/Stamp/New/Text": {
            "title": "$:/language/Buttons/Stamp/New/Text",
            "text": "Texte du fragment. (N'oubliez pas d'ajouter une légende dans le champ //caption//.)"
        },
        "$:/language/Buttons/Strikethrough/Caption": {
            "title": "$:/language/Buttons/Strikethrough/Caption",
            "text": "barré"
        },
        "$:/language/Buttons/Strikethrough/Hint": {
            "title": "$:/language/Buttons/Strikethrough/Hint",
            "text": "Barre le texte sélectionné"
        },
        "$:/language/Buttons/Subscript/Caption": {
            "title": "$:/language/Buttons/Subscript/Caption",
            "text": "indice"
        },
        "$:/language/Buttons/Subscript/Hint": {
            "title": "$:/language/Buttons/Subscript/Hint",
            "text": "Met en indice le texte sélectionné"
        },
        "$:/language/Buttons/Superscript/Caption": {
            "title": "$:/language/Buttons/Superscript/Caption",
            "text": "exposant"
        },
        "$:/language/Buttons/Superscript/Hint": {
            "title": "$:/language/Buttons/Superscript/Hint",
            "text": "Met en exposant le texte sélectionné"
        },
        "$:/language/Buttons/Underline/Caption": {
            "title": "$:/language/Buttons/Underline/Caption",
            "text": "souligné"
        },
        "$:/language/Buttons/Underline/Hint": {
            "title": "$:/language/Buttons/Underline/Hint",
            "text": "Souligne le texte sélectionné"
        },
        "$:/language/ControlPanel/Advanced/Caption": {
            "title": "$:/language/ControlPanel/Advanced/Caption",
            "text": "Avancé"
        },
        "$:/language/ControlPanel/Advanced/Hint": {
            "title": "$:/language/ControlPanel/Advanced/Hint",
            "text": "Informations internes sur ce ~TiddlyWiki"
        },
        "$:/language/ControlPanel/Appearance/Caption": {
            "title": "$:/language/ControlPanel/Appearance/Caption",
            "text": "Apparence"
        },
        "$:/language/ControlPanel/Appearance/Hint": {
            "title": "$:/language/ControlPanel/Appearance/Hint",
            "text": "Personnalisation de l'apparence de votre ~TiddlyWiki."
        },
        "$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
            "title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
            "text": "Durée de l'animation"
        },
        "$:/language/ControlPanel/Basics/Caption": {
            "title": "$:/language/ControlPanel/Basics/Caption",
            "text": "Fondamentaux"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
            "text": "Utilisez les &#91;&#91;crochets doubles&#93;&#93; pour les titres contenant des espaces. Vous pouvez aussi décider de <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">Conserver le déroulé actuel</$button>"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
            "text": "Tiddlers par défaut"
        },
        "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
            "title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
            "text": "Liste les tiddlers qui seront affichés au démarrage :"
        },
        "$:/language/ControlPanel/Basics/Language/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Language/Prompt",
            "text": "Bonjour ! Langue active :"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
            "text": "Modèle pour les titres des tiddlers journaux"
        },
        "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
            "text": "Tags pour les nouveaux tiddlers journaux"
        },
        "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
            "text": "Nombre de tiddlers //shadow// modifiés"
        },
        "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
            "text": "Nombre de tiddlers //shadow//"
        },
        "$:/language/ControlPanel/Basics/Subtitle/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
            "text": "Sous-titre"
        },
        "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
            "text": "Nombre de tiddlers système :"
        },
        "$:/language/ControlPanel/Basics/Tags/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tags/Prompt",
            "text": "Nombre de tags :"
        },
        "$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
            "text": "Nombre de tiddlers :"
        },
        "$:/language/ControlPanel/Basics/Title/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Title/Prompt",
            "text": "Titre de ce ~TiddlyWiki :"
        },
        "$:/language/ControlPanel/Basics/Username/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Username/Prompt",
            "text": "Signer les modifications avec ce nom d'utilisateur :"
        },
        "$:/language/ControlPanel/Basics/Version/Prompt": {
            "title": "$:/language/ControlPanel/Basics/Version/Prompt",
            "text": "Version de ~TiddlyWiki :"
        },
        "$:/language/ControlPanel/EditorTypes/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Caption",
            "text": "Types d'éditeur"
        },
        "$:/language/ControlPanel/EditorTypes/Editor/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
            "text": "Éditeur"
        },
        "$:/language/ControlPanel/EditorTypes/Hint": {
            "title": "$:/language/ControlPanel/EditorTypes/Hint",
            "text": "Ces tiddlers déterminent l'éditeur à utiliser pour éditer tel ou tel type de tiddler."
        },
        "$:/language/ControlPanel/EditorTypes/Type/Caption": {
            "title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
            "text": "Type"
        },
        "$:/language/ControlPanel/Info/Caption": {
            "title": "$:/language/ControlPanel/Info/Caption",
            "text": "Info"
        },
        "$:/language/ControlPanel/Info/Hint": {
            "title": "$:/language/ControlPanel/Info/Hint",
            "text": "Information sur ce TiddlyWiki"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
            "text": "Entrez le raccourci ici"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
            "text": "ajoute un raccourci"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
            "text": "Raccourcis clavier"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Hint": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
            "text": "Gère les définitions des raccourcis clavier"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
            "text": "Aucun raccourci clavier défini"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
            "text": "supprime le raccourci clavier"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
            "text": "Toutes plates-formes"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
            "text": "Plate-forme Macintosh seulement"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
            "text": "Plates-formes non-Macintosh seulement"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
            "text": "Plate-forme Linux seulement"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
            "text": "Plate-formes non-Linux seulement"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
            "text": "Plate-forme Windows seulement"
        },
        "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
            "title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
            "text": "Plates-formes non-Windows seulement"
        },
        "$:/language/ControlPanel/LoadedModules/Caption": {
            "title": "$:/language/ControlPanel/LoadedModules/Caption",
            "text": "Modules chargés"
        },
        "$:/language/ControlPanel/LoadedModules/Hint": {
            "title": "$:/language/ControlPanel/LoadedModules/Hint",
            "text": "Liste des modules chargés, liés à leurs tiddlers sources. Les italiques indiquent que les tiddlers sources n'existent pas, le plus souvent parce que le module a été créé lors du processus d'amorçage."
        },
        "$:/language/ControlPanel/Palette/Caption": {
            "title": "$:/language/ControlPanel/Palette/Caption",
            "text": "Palette"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
            "text": "Cloner"
        },
        "$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
            "text": "Il est recommandé de cloner cette palette « shadow » avant de l'éditer"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
            "text": "Cette palette « shadow » a été modifiée"
        },
        "$:/language/ControlPanel/Palette/Editor/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Editor/Prompt",
            "text": "Édition de"
        },
        "$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
            "title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
            "text": "Réinitialiser"
        },
        "$:/language/ControlPanel/Palette/HideEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
            "text": "Masquer l'éditeur"
        },
        "$:/language/ControlPanel/Palette/Prompt": {
            "title": "$:/language/ControlPanel/Palette/Prompt",
            "text": "Palette actuelle :"
        },
        "$:/language/ControlPanel/Palette/ShowEditor/Caption": {
            "title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
            "text": "Afficher l'éditeur"
        },
        "$:/language/ControlPanel/Parsing/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Caption",
            "text": "Analyse"
        },
        "$:/language/ControlPanel/Parsing/Hint": {
            "title": "$:/language/ControlPanel/Parsing/Hint",
            "text": "Ici, vous pouvez activer/désactiver globalement les règles de l'analyseur du wiki. Les changements seront effectifs après enregistrement et rechargement de votre wiki. Désactiver certaines règles peut empêcher <$text text=\"TiddlyWiki\"/> de fonctionner correctement. Pour restaurer le fonctionnement normal, utilisez le [[safe mode|https://tiddlywiki.com/#SafeMode]]."
        },
        "$:/language/ControlPanel/Parsing/Block/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Block/Caption",
            "text": "Règles d'analyse Block"
        },
        "$:/language/ControlPanel/Parsing/Inline/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Inline/Caption",
            "text": "Règles d'analyse Inline"
        },
        "$:/language/ControlPanel/Parsing/Pragma/Caption": {
            "title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
            "text": "Règles d'analyse PragmaP"
        },
        "$:/language/ControlPanel/Plugins/Add/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Add/Caption",
            "text": "Ajouter des plugins"
        },
        "$:/language/ControlPanel/Plugins/Add/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Add/Hint",
            "text": "Installer des plugins à partir de la bibliothèque officielle"
        },
        "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
            "title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
            "text": "Ce plugin est déjà installé dans la version <$text text=<<installedVersion>>/>"
        },
        "$:/language/ControlPanel/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Disable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Caption",
            "text": "désactiver"
        },
        "$:/language/ControlPanel/Plugins/Disable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Disable/Hint",
            "text": "Désactive ce plugin au prochain rechargement de la page"
        },
        "$:/language/ControlPanel/Plugins/Disabled/Status": {
            "title": "$:/language/ControlPanel/Plugins/Disabled/Status",
            "text": "(désactivé)"
        },
        "$:/language/ControlPanel/Plugins/Empty/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Empty/Hint",
            "text": "Aucun"
        },
        "$:/language/ControlPanel/Plugins/Enable/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Caption",
            "text": "activer"
        },
        "$:/language/ControlPanel/Plugins/Enable/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Enable/Hint",
            "text": "Active ce plugin au prochain rechargement de la page"
        },
        "$:/language/ControlPanel/Plugins/Install/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Install/Caption",
            "text": "installer"
        },
        "$:/language/ControlPanel/Plugins/Installed/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Installed/Hint",
            "text": "Plugins installés :"
        },
        "$:/language/ControlPanel/Plugins/Languages/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Caption",
            "text": "Langues"
        },
        "$:/language/ControlPanel/Plugins/Languages/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Languages/Hint",
            "text": "Plugins de langue"
        },
        "$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
            "title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
            "text": "''\"<$text text=<<currentTab>>/>\"'' non trouvé"
        },
        "$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
            "title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
            "text": "Ce plugin n'est pas installé"
        },
        "$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
            "title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
            "text": "ouvre la bibliothèque de plugins"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Plugins/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
            "text": "Plugins"
        },
        "$:/language/ControlPanel/Plugins/Reinstall/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
            "text": "réinstalle"
        },
        "$:/language/ControlPanel/Plugins/Themes/Caption": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Caption",
            "text": "Thèmes"
        },
        "$:/language/ControlPanel/Plugins/Themes/Hint": {
            "title": "$:/language/ControlPanel/Plugins/Themes/Hint",
            "text": "Plugins de thème"
        },
        "$:/language/ControlPanel/Saving/Caption": {
            "title": "$:/language/ControlPanel/Saving/Caption",
            "text": "Sauvegarde"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
            "text": "Permet l'enregistrement automatique pour l'enregistreur de téléchargement"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
            "text": "Active l'auto-enregistrement pour l'enregistreur de téléchargement"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
            "text": "Enregistreur de téléchargement"
        },
        "$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
            "title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
            "text": "Ces paramètres s'appliquent à l'enregistreur de téléchargement compatible HTML5"
        },
        "$:/language/ControlPanel/Saving/General/Caption": {
            "title": "$:/language/ControlPanel/Saving/General/Caption",
            "text": "Général"
        },
        "$:/language/ControlPanel/Saving/General/Hint": {
            "title": "$:/language/ControlPanel/Saving/General/Hint",
            "text": "Ces paramètres s'appliquent à tous les enregistreurs chargés"
        },
        "$:/language/ControlPanel/Saving/Hint": {
            "title": "$:/language/ControlPanel/Saving/Hint",
            "text": "Paramètres pour enregistrer le ~TiddlyWiki complet dans un seul fichier, via un module enregistreur"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
            "text": "Paramètres avancés"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
            "text": "Dossier des //sauvegardes//"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
            "text": "Sauvegardes"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
            "text": "Enregistreur ~TiddlySpot"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Description": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
            "text": "Ces paramètres ne servent que lors de la sauvegarde vers http://tiddlyspot.com ou vers un serveur distant compatible"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
            "text": "Nom du fichier enregistré"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
            "text": "~TiddlySpot"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
            "text": "//L'URL par défaut est `http://<nom du wiki>.tiddlyspot.com/store.cgi`. Elle peut être remplacée par une adresse serveur personnalisée, comme `http://example.com/store.php`.//"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/Password": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
            "text": "Mot de passe"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
            "text": "URL du serveur"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
            "text": "Dossier des dépôts"
        },
        "$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
            "title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
            "text": "Nom utilisé pour ce Wiki"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Caption": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
            "text": "Sauvegarde automatique"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
            "text": "Pas de sauvegarde automatique des modifications"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
            "text": "Sauvegarde automatique des modifications"
        },
        "$:/language/ControlPanel/Settings/AutoSave/Hint": {
            "title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
            "text": "Tentative de sauvegarde automatique des modifications pendant l'édition quand un enregistreur compatible est utilisé"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Caption": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
            "text": "Liens Wiki //Camel Case//"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Hint": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
            "text": "Vous pouvez désactiver globalement les liens créés à partir des expressions de type ~CamelCase. Pour que ce paramètre prenne effet, il est nécessaire de recharger le wiki"
        },
        "$:/language/ControlPanel/Settings/CamelCase/Description": {
            "title": "$:/language/ControlPanel/Settings/CamelCase/Description",
            "text": "Active les liens automatiques sur les expressions de la forme ~CamelCase"
        },
        "$:/language/ControlPanel/Settings/Caption": {
            "title": "$:/language/ControlPanel/Settings/Caption",
            "text": "Paramétrage"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
            "text": "Barre d'outils de l'éditeur"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
            "text": "Active ou désactive la barre d'outils de l'éditeur :"
        },
        "$:/language/ControlPanel/Settings/EditorToolbar/Description": {
            "title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
            "text": "Affiche la barre d'outils de l'éditeur"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
            "text": "Mode Panneau d'Informations du Tiddler"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
            "text": "Contrôle à quel moment le panneau d'informations du tiddler se ferme :"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
            "text": "Le panneau d'informations se ferme automatiquement"
        },
        "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
            "title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
            "text": "Le panneau d'informations du tiddler reste ouvert jusqu'à ce qu'il soit fermé explicitement"
        },
        "$:/language/ControlPanel/Settings/Hint": {
            "title": "$:/language/ControlPanel/Settings/Hint",
            "text": "Ce paramétrage vous permet de personnaliser le comportement de TiddlyWiki."
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
            "text": "Barre d'adresse pendant la navigation"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
            "text": "Comportement de la barre d'adresse du navigateur lorsqu'on pointe vers un tiddler :"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
            "text": "Ne pas modifier la barre d'adresse"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
            "text": "Inclure uniquement le titre du tiddler cible"
        },
        "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
            "text": "Inclure le titre du tiddler cible ainsi que le déroulé courant"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
            "text": "Historique de navigation"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
            "text": "Mise à jour de l'historique de navigation du navigateur lorsqu'on pointe vers un tiddler :"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
            "text": "Ne pas mettre à jour l'historique"
        },
        "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
            "text": "Mettre à jour l'historique"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
            "text": "Instrumentation de la performance"
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
            "text": "Affiche des statistiques de performance dans la console de développement du navigateur. Nécessite de recharger la page pour prendre effet."
        },
        "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
            "title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
            "text": "Active l'instrumentation de la performance"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
            "text": "Style des boutons de la barre d'outils"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
            "text": "Choix du style des boutons de la barre d'outils :"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
            "text": "Sans bordure"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
            "text": "Avec une bordure"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
            "text": "Arrondis"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
            "text": "Boutons de la barre d'outils"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
            "text": "Apparence par défaut des boutons sur la barre d'outils :"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
            "text": "Afficher l'icône"
        },
        "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
            "title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
            "text": "Afficher le texte"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
            "text": "Onglet par défaut sur la barre latérale"
        },
        "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
            "title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
            "text": "Indique l'onglet de la barre latérale qui sera affiché par défaut"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
            "text": "Comportement à l'ouverture du tiddler"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
            "text": "Navigation depuis un emplacement //interne// au déroulé"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
            "text": "Navigation depuis un emplacement //externe// au déroulé"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
            "text": "Ouvrir au-dessus du tiddler courant"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
            "text": "Ouvrir en dessous du tiddler courant"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
            "text": "Ouvrir tout en haut du déroulé"
        },
        "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
            "title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
            "text": "Ouvrir tout en bas du déroulé"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Caption": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
            "text": "Titres des tiddlers"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Hint": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
            "text": "Faut-il afficher les titres des tiddlers comme des liens ?"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
            "text": "Ne pas afficher les titres des tiddlers comme des liens"
        },
        "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
            "title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
            "text": "Afficher les titres des tiddlers comme des liens"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Caption": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
            "text": "Liens wiki"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Hint": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
            "text": "Peut-on pointer vers des tiddlers qui n'existent pas encore ?"
        },
        "$:/language/ControlPanel/Settings/MissingLinks/Description": {
            "title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
            "text": "Active les liens vers les tiddlers inexistants"
        },
        "$:/language/ControlPanel/StoryView/Caption": {
            "title": "$:/language/ControlPanel/StoryView/Caption",
            "text": "Vue sur le déroulé"
        },
        "$:/language/ControlPanel/StoryView/Prompt": {
            "title": "$:/language/ControlPanel/StoryView/Prompt",
            "text": "Vue courante :"
        },
        "$:/language/ControlPanel/Theme/Caption": {
            "title": "$:/language/ControlPanel/Theme/Caption",
            "text": "Thème"
        },
        "$:/language/ControlPanel/Theme/Prompt": {
            "title": "$:/language/ControlPanel/Theme/Prompt",
            "text": "Thème courant :"
        },
        "$:/language/ControlPanel/TiddlerFields/Caption": {
            "title": "$:/language/ControlPanel/TiddlerFields/Caption",
            "text": "Champs des tiddlers"
        },
        "$:/language/ControlPanel/TiddlerFields/Hint": {
            "title": "$:/language/ControlPanel/TiddlerFields/Hint",
            "text": "Il s'agit de la totalité des [[champs|TiddlerFields]] utilisés dans ce wiki (y compris les tiddlers système, mais non compris les tiddlers //shadow//)."
        },
        "$:/language/ControlPanel/Toolbars/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/Caption",
            "text": "Barres d'outils"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
            "text": "Barre d'outils du mode édition"
        },
        "$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
            "text": "Choix des boutons à afficher pour les tiddlers en cours d'édition"
        },
        "$:/language/ControlPanel/Toolbars/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/Hint",
            "text": "Choix des boutons à afficher dans les barres d'outils"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
            "text": "Barre d'outils de la page"
        },
        "$:/language/ControlPanel/Toolbars/PageControls/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
            "text": "Choix des boutons à afficher sur la barre d'outils principale de la page"
        },
        "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
            "text": "Barre d'outils de l'Éditeur"
        },
        "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
            "text": "Choix des boutons à afficher dans la barre d'outils de l'éditeur. À noter que la présence de certains boutons dépendra du type du tiddler édité"
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
            "text": "Barre d'outils du mode visualisation"
        },
        "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
            "title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
            "text": "Choix des boutons à afficher pour les tiddlers en mode visualisation"
        },
        "$:/language/ControlPanel/Tools/Download/Full/Caption": {
            "title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
            "text": "Télécharger le wiki complet"
        },
        "$:/core/fr-FR/readme": {
            "title": "$:/core/fr-FR/readme",
            "text": "Ce plugin contient les principaux composants de TiddlyWiki, notamment :\n\n* Les modules du code JavaScript ;\n* Les icônes ;\n* Les //templates// nécessaires à l'élaboration de l'interface utilisateur de TiddlyWiki ;\n* Les traductions en anglais britannique (''en-GB'') des chaînes de caractères utilisées par le cœur de l'application et susceptibles d'être traduites dans d'autres langues.\n"
        },
        "$:/language/Date/DaySuffix/1": {
            "title": "$:/language/Date/DaySuffix/1",
            "text": "er"
        },
        "$:/language/Date/DaySuffix/2": {
            "title": "$:/language/Date/DaySuffix/2",
            "text": ""
        },
        "$:/language/Date/DaySuffix/3": {
            "title": "$:/language/Date/DaySuffix/3",
            "text": ""
        },
        "$:/language/Date/DaySuffix/4": {
            "title": "$:/language/Date/DaySuffix/4",
            "text": ""
        },
        "$:/language/Date/DaySuffix/5": {
            "title": "$:/language/Date/DaySuffix/5",
            "text": ""
        },
        "$:/language/Date/DaySuffix/6": {
            "title": "$:/language/Date/DaySuffix/6",
            "text": ""
        },
        "$:/language/Date/DaySuffix/7": {
            "title": "$:/language/Date/DaySuffix/7",
            "text": ""
        },
        "$:/language/Date/DaySuffix/8": {
            "title": "$:/language/Date/DaySuffix/8",
            "text": ""
        },
        "$:/language/Date/DaySuffix/9": {
            "title": "$:/language/Date/DaySuffix/9",
            "text": ""
        },
        "$:/language/Date/DaySuffix/10": {
            "title": "$:/language/Date/DaySuffix/10",
            "text": ""
        },
        "$:/language/Date/DaySuffix/11": {
            "title": "$:/language/Date/DaySuffix/11",
            "text": ""
        },
        "$:/language/Date/DaySuffix/12": {
            "title": "$:/language/Date/DaySuffix/12",
            "text": ""
        },
        "$:/language/Date/DaySuffix/13": {
            "title": "$:/language/Date/DaySuffix/13",
            "text": ""
        },
        "$:/language/Date/DaySuffix/14": {
            "title": "$:/language/Date/DaySuffix/14",
            "text": ""
        },
        "$:/language/Date/DaySuffix/15": {
            "title": "$:/language/Date/DaySuffix/15",
            "text": ""
        },
        "$:/language/Date/DaySuffix/16": {
            "title": "$:/language/Date/DaySuffix/16",
            "text": ""
        },
        "$:/language/Date/DaySuffix/17": {
            "title": "$:/language/Date/DaySuffix/17",
            "text": ""
        },
        "$:/language/Date/DaySuffix/18": {
            "title": "$:/language/Date/DaySuffix/18",
            "text": ""
        },
        "$:/language/Date/DaySuffix/19": {
            "title": "$:/language/Date/DaySuffix/19",
            "text": ""
        },
        "$:/language/Date/DaySuffix/20": {
            "title": "$:/language/Date/DaySuffix/20",
            "text": ""
        },
        "$:/language/Date/DaySuffix/21": {
            "title": "$:/language/Date/DaySuffix/21",
            "text": ""
        },
        "$:/language/Date/DaySuffix/22": {
            "title": "$:/language/Date/DaySuffix/22",
            "text": ""
        },
        "$:/language/Date/DaySuffix/23": {
            "title": "$:/language/Date/DaySuffix/23",
            "text": ""
        },
        "$:/language/Date/DaySuffix/24": {
            "title": "$:/language/Date/DaySuffix/24",
            "text": ""
        },
        "$:/language/Date/DaySuffix/25": {
            "title": "$:/language/Date/DaySuffix/25",
            "text": ""
        },
        "$:/language/Date/DaySuffix/26": {
            "title": "$:/language/Date/DaySuffix/26",
            "text": ""
        },
        "$:/language/Date/DaySuffix/27": {
            "title": "$:/language/Date/DaySuffix/27",
            "text": ""
        },
        "$:/language/Date/DaySuffix/28": {
            "title": "$:/language/Date/DaySuffix/28",
            "text": ""
        },
        "$:/language/Date/DaySuffix/29": {
            "title": "$:/language/Date/DaySuffix/29",
            "text": ""
        },
        "$:/language/Date/DaySuffix/30": {
            "title": "$:/language/Date/DaySuffix/30",
            "text": ""
        },
        "$:/language/Date/DaySuffix/31": {
            "title": "$:/language/Date/DaySuffix/31",
            "text": ""
        },
        "$:/language/Date/Long/Day/0": {
            "title": "$:/language/Date/Long/Day/0",
            "text": "Dimanche"
        },
        "$:/language/Date/Long/Day/1": {
            "title": "$:/language/Date/Long/Day/1",
            "text": "Lundi"
        },
        "$:/language/Date/Long/Day/2": {
            "title": "$:/language/Date/Long/Day/2",
            "text": "Mardi"
        },
        "$:/language/Date/Long/Day/3": {
            "title": "$:/language/Date/Long/Day/3",
            "text": "Mercredi"
        },
        "$:/language/Date/Long/Day/4": {
            "title": "$:/language/Date/Long/Day/4",
            "text": "Jeudi"
        },
        "$:/language/Date/Long/Day/5": {
            "title": "$:/language/Date/Long/Day/5",
            "text": "Vendredi"
        },
        "$:/language/Date/Long/Day/6": {
            "title": "$:/language/Date/Long/Day/6",
            "text": "Samedi"
        },
        "$:/language/Date/Long/Month/1": {
            "title": "$:/language/Date/Long/Month/1",
            "text": "janvier"
        },
        "$:/language/Date/Long/Month/2": {
            "title": "$:/language/Date/Long/Month/2",
            "text": "février"
        },
        "$:/language/Date/Long/Month/3": {
            "title": "$:/language/Date/Long/Month/3",
            "text": "mars"
        },
        "$:/language/Date/Long/Month/4": {
            "title": "$:/language/Date/Long/Month/4",
            "text": "avril"
        },
        "$:/language/Date/Long/Month/5": {
            "title": "$:/language/Date/Long/Month/5",
            "text": "mai"
        },
        "$:/language/Date/Long/Month/6": {
            "title": "$:/language/Date/Long/Month/6",
            "text": "juin"
        },
        "$:/language/Date/Long/Month/7": {
            "title": "$:/language/Date/Long/Month/7",
            "text": "juillet"
        },
        "$:/language/Date/Long/Month/8": {
            "title": "$:/language/Date/Long/Month/8",
            "text": "août"
        },
        "$:/language/Date/Long/Month/9": {
            "title": "$:/language/Date/Long/Month/9",
            "text": "septembre"
        },
        "$:/language/Date/Long/Month/10": {
            "title": "$:/language/Date/Long/Month/10",
            "text": "octobre"
        },
        "$:/language/Date/Long/Month/11": {
            "title": "$:/language/Date/Long/Month/11",
            "text": "novembre"
        },
        "$:/language/Date/Long/Month/12": {
            "title": "$:/language/Date/Long/Month/12",
            "text": "décembre"
        },
        "$:/language/Date/Period/am": {
            "title": "$:/language/Date/Period/am",
            "text": "am"
        },
        "$:/language/Date/Period/pm": {
            "title": "$:/language/Date/Period/pm",
            "text": "pm"
        },
        "$:/language/Date/Short/Day/0": {
            "title": "$:/language/Date/Short/Day/0",
            "text": "Di"
        },
        "$:/language/Date/Short/Day/1": {
            "title": "$:/language/Date/Short/Day/1",
            "text": "Lu"
        },
        "$:/language/Date/Short/Day/2": {
            "title": "$:/language/Date/Short/Day/2",
            "text": "Ma"
        },
        "$:/language/Date/Short/Day/3": {
            "title": "$:/language/Date/Short/Day/3",
            "text": "Me"
        },
        "$:/language/Date/Short/Day/4": {
            "title": "$:/language/Date/Short/Day/4",
            "text": "Je"
        },
        "$:/language/Date/Short/Day/5": {
            "title": "$:/language/Date/Short/Day/5",
            "text": "Ve"
        },
        "$:/language/Date/Short/Day/6": {
            "title": "$:/language/Date/Short/Day/6",
            "text": "Sa"
        },
        "$:/language/Date/Short/Month/1": {
            "title": "$:/language/Date/Short/Month/1",
            "text": "Jan"
        },
        "$:/language/Date/Short/Month/2": {
            "title": "$:/language/Date/Short/Month/2",
            "text": "Fév"
        },
        "$:/language/Date/Short/Month/3": {
            "title": "$:/language/Date/Short/Month/3",
            "text": "Mar"
        },
        "$:/language/Date/Short/Month/4": {
            "title": "$:/language/Date/Short/Month/4",
            "text": "Avr"
        },
        "$:/language/Date/Short/Month/5": {
            "title": "$:/language/Date/Short/Month/5",
            "text": "Mai"
        },
        "$:/language/Date/Short/Month/6": {
            "title": "$:/language/Date/Short/Month/6",
            "text": "Jun"
        },
        "$:/language/Date/Short/Month/7": {
            "title": "$:/language/Date/Short/Month/7",
            "text": "Jul"
        },
        "$:/language/Date/Short/Month/8": {
            "title": "$:/language/Date/Short/Month/8",
            "text": "Aoû"
        },
        "$:/language/Date/Short/Month/9": {
            "title": "$:/language/Date/Short/Month/9",
            "text": "Sep"
        },
        "$:/language/Date/Short/Month/10": {
            "title": "$:/language/Date/Short/Month/10",
            "text": "Oct"
        },
        "$:/language/Date/Short/Month/11": {
            "title": "$:/language/Date/Short/Month/11",
            "text": "Nov"
        },
        "$:/language/Date/Short/Month/12": {
            "title": "$:/language/Date/Short/Month/12",
            "text": "Déc"
        },
        "$:/language/RelativeDate/Future/Days": {
            "title": "$:/language/RelativeDate/Future/Days",
            "text": "dans <<period>> jours"
        },
        "$:/language/RelativeDate/Future/Hours": {
            "title": "$:/language/RelativeDate/Future/Hours",
            "text": "dans <<period>> heures"
        },
        "$:/language/RelativeDate/Future/Minutes": {
            "title": "$:/language/RelativeDate/Future/Minutes",
            "text": "dans <<period>> minutes"
        },
        "$:/language/RelativeDate/Future/Months": {
            "title": "$:/language/RelativeDate/Future/Months",
            "text": "dans <<period>> mois"
        },
        "$:/language/RelativeDate/Future/Second": {
            "title": "$:/language/RelativeDate/Future/Second",
            "text": "dans 1 seconde"
        },
        "$:/language/RelativeDate/Future/Seconds": {
            "title": "$:/language/RelativeDate/Future/Seconds",
            "text": "dans <<period>> secondes"
        },
        "$:/language/RelativeDate/Future/Years": {
            "title": "$:/language/RelativeDate/Future/Years",
            "text": "dans <<period>> ans"
        },
        "$:/language/RelativeDate/Past/Days": {
            "title": "$:/language/RelativeDate/Past/Days",
            "text": "il y a <<period>> jours"
        },
        "$:/language/RelativeDate/Past/Hours": {
            "title": "$:/language/RelativeDate/Past/Hours",
            "text": "il y a <<period>> heures"
        },
        "$:/language/RelativeDate/Past/Minutes": {
            "title": "$:/language/RelativeDate/Past/Minutes",
            "text": "il y a <<period>> minutes"
        },
        "$:/language/RelativeDate/Past/Months": {
            "title": "$:/language/RelativeDate/Past/Months",
            "text": "il y a <<period>> mois"
        },
        "$:/language/RelativeDate/Past/Second": {
            "title": "$:/language/RelativeDate/Past/Second",
            "text": "il y a 1 seconde"
        },
        "$:/language/RelativeDate/Past/Seconds": {
            "title": "$:/language/RelativeDate/Past/Seconds",
            "text": "il y a <<period>> secondes"
        },
        "$:/language/RelativeDate/Past/Years": {
            "title": "$:/language/RelativeDate/Past/Years",
            "text": "il y a <<period>> ans"
        },
        "$:/language/Docs/ModuleTypes/allfilteroperator": {
            "title": "$:/language/Docs/ModuleTypes/allfilteroperator",
            "text": "Un sous-opérateur pour l'opérateur de filtre ''all''."
        },
        "$:/language/Docs/ModuleTypes/animation": {
            "title": "$:/language/Docs/ModuleTypes/animation",
            "text": "Animations pouvant être utilisées par le RevealWidget."
        },
        "$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
            "title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
            "text": "Une opération intégrée à la barre d'outils de l'éditeur de bitmap."
        },
        "$:/language/Docs/ModuleTypes/command": {
            "title": "$:/language/Docs/ModuleTypes/command",
            "text": "Commandes qui peuvent être exécutées en mode Node.js."
        },
        "$:/language/Docs/ModuleTypes/config": {
            "title": "$:/language/Docs/ModuleTypes/config",
            "text": "Données à inclure dans `$tw.config`."
        },
        "$:/language/Docs/ModuleTypes/filteroperator": {
            "title": "$:/language/Docs/ModuleTypes/filteroperator",
            "text": "Méthodes d'opérateurs pour les filtres."
        },
        "$:/language/Docs/ModuleTypes/global": {
            "title": "$:/language/Docs/ModuleTypes/global",
            "text": "Données globales à inclure dans `$tw`."
        },
        "$:/language/Docs/ModuleTypes/info": {
            "title": "$:/language/Docs/ModuleTypes/info",
            "text": "Publie des informations système via le pseudo-plugin [[$:/temp/info-plugin]]."
        },
        "$:/language/Docs/ModuleTypes/isfilteroperator": {
            "title": "$:/language/Docs/ModuleTypes/isfilteroperator",
            "text": "Opérandes pour l'opérateur de filtre ''is''."
        },
        "$:/language/Docs/ModuleTypes/library": {
            "title": "$:/language/Docs/ModuleTypes/library",
            "text": "Module générique pour les modules ~JavaScript de portée générale."
        },
        "$:/language/Docs/ModuleTypes/macro": {
            "title": "$:/language/Docs/ModuleTypes/macro",
            "text": "Définitions de macros ~JavaScript."
        },
        "$:/language/Docs/ModuleTypes/parser": {
            "title": "$:/language/Docs/ModuleTypes/parser",
            "text": "Parseurs pour divers types de contenu."
        },
        "$:/language/Docs/ModuleTypes/saver": {
            "title": "$:/language/Docs/ModuleTypes/saver",
            "text": "Les tiddlers d'enregistrement contiennent les différentes méthodes pour enregistrer des fichiers à partir du navigateur."
        },
        "$:/language/Docs/ModuleTypes/startup": {
            "title": "$:/language/Docs/ModuleTypes/startup",
            "text": "Fonctions de démarrage."
        },
        "$:/language/Docs/ModuleTypes/storyview": {
            "title": "$:/language/Docs/ModuleTypes/storyview",
            "text": "Différents points de vue sur le déroulé, qui personnalisent l'animation et le comportement des widgets de liste."
        },
        "$:/language/Docs/ModuleTypes/texteditoroperation": {
            "title": "$:/language/Docs/ModuleTypes/texteditoroperation",
            "text": "Une opération intégrée à la barre d'outils de l'éditeur de texte."
        },
        "$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
            "text": "Convertit différents types de contenu en tiddlers."
        },
        "$:/language/Docs/ModuleTypes/tiddlerfield": {
            "title": "$:/language/Docs/ModuleTypes/tiddlerfield",
            "text": "Définit le comportement d'un champ de tiddler."
        },
        "$:/language/Docs/ModuleTypes/tiddlermethod": {
            "title": "$:/language/Docs/ModuleTypes/tiddlermethod",
            "text": "Ajoute des méthodes au prototype `$tw.Tiddler`."
        },
        "$:/language/Docs/ModuleTypes/upgrader": {
            "title": "$:/language/Docs/ModuleTypes/upgrader",
            "text": "Applique une procédure de mise à jour aux tiddlers lors de l'opération de mise à jour/importation."
        },
        "$:/language/Docs/ModuleTypes/utils": {
            "title": "$:/language/Docs/ModuleTypes/utils",
            "text": "Ajoute des méthodes dans `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/utils-node": {
            "title": "$:/language/Docs/ModuleTypes/utils-node",
            "text": "Ajoute des méthodes spécifiques à Node.js dans `$tw.utils`."
        },
        "$:/language/Docs/ModuleTypes/widget": {
            "title": "$:/language/Docs/ModuleTypes/widget",
            "text": "Les widgets encapsulent les méthodes de rendu et de rafraichissement du DOM."
        },
        "$:/language/Docs/ModuleTypes/wikimethod": {
            "title": "$:/language/Docs/ModuleTypes/wikimethod",
            "text": "Ajoute des méthodes à `$tw.Wiki`."
        },
        "$:/language/Docs/ModuleTypes/wikirule": {
            "title": "$:/language/Docs/ModuleTypes/wikirule",
            "text": "Règles d'analyse pour le parseur WikiText principal."
        },
        "$:/language/Docs/PaletteColours/alert-background": {
            "title": "$:/language/Docs/PaletteColours/alert-background",
            "text": "Fond pour les alertes"
        },
        "$:/language/Docs/PaletteColours/alert-border": {
            "title": "$:/language/Docs/PaletteColours/alert-border",
            "text": "Bordure pour les alertes"
        },
        "$:/language/Docs/PaletteColours/alert-highlight": {
            "title": "$:/language/Docs/PaletteColours/alert-highlight",
            "text": "Surlignage pour les alertes"
        },
        "$:/language/Docs/PaletteColours/alert-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
            "text": "Fond atténué pour les alertes"
        },
        "$:/language/Docs/PaletteColours/background": {
            "title": "$:/language/Docs/PaletteColours/background",
            "text": "Couleur de fond générale"
        },
        "$:/language/Docs/PaletteColours/blockquote-bar": {
            "title": "$:/language/Docs/PaletteColours/blockquote-bar",
            "text": "Barre de citation"
        },
        "$:/language/Docs/PaletteColours/button-background": {
            "title": "$:/language/Docs/PaletteColours/button-background",
            "text": "Fond du bouton par défaut"
        },
        "$:/language/Docs/PaletteColours/button-border": {
            "title": "$:/language/Docs/PaletteColours/button-border",
            "text": "Bordure du bouton par défaut"
        },
        "$:/language/Docs/PaletteColours/button-foreground": {
            "title": "$:/language/Docs/PaletteColours/button-foreground",
            "text": "Premier plan du bouton par défaut"
        },
        "$:/language/Docs/PaletteColours/code-background": {
            "title": "$:/language/Docs/PaletteColours/code-background",
            "text": "Fond pour le code"
        },
        "$:/language/Docs/PaletteColours/code-border": {
            "title": "$:/language/Docs/PaletteColours/code-border",
            "text": "Bordure pour le code"
        },
        "$:/language/Docs/PaletteColours/code-foreground": {
            "title": "$:/language/Docs/PaletteColours/code-foreground",
            "text": "Premier plan pour le code"
        },
        "$:/language/Docs/PaletteColours/dirty-indicator": {
            "title": "$:/language/Docs/PaletteColours/dirty-indicator",
            "text": "Indicateur de modifications non sauvegardées"
        },
        "$:/language/Docs/PaletteColours/download-background": {
            "title": "$:/language/Docs/PaletteColours/download-background",
            "text": "Fond pour le bouton de téléchargement"
        },
        "$:/language/Docs/PaletteColours/download-foreground": {
            "title": "$:/language/Docs/PaletteColours/download-foreground",
            "text": "Premier plan pour le bouton de téléchargement"
        },
        "$:/language/Docs/PaletteColours/dragger-background": {
            "title": "$:/language/Docs/PaletteColours/dragger-background",
            "text": "Fond pour le glissé-déposé"
        },
        "$:/language/Docs/PaletteColours/dragger-foreground": {
            "title": "$:/language/Docs/PaletteColours/dragger-foreground",
            "text": "Premier plan pour le glissé-déposé"
        },
        "$:/language/Docs/PaletteColours/dropdown-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-background",
            "text": "Fond des menus déroulants"
        },
        "$:/language/Docs/PaletteColours/dropdown-border": {
            "title": "$:/language/Docs/PaletteColours/dropdown-border",
            "text": "Bordure des menus déroulants"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
            "text": "Fond pour les onglets à menu déroulant sélectionnés"
        },
        "$:/language/Docs/PaletteColours/dropdown-tab-background": {
            "title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
            "text": "Fond pour les onglets à menu déroulant"
        },
        "$:/language/Docs/PaletteColours/dropzone-background": {
            "title": "$:/language/Docs/PaletteColours/dropzone-background",
            "text": "Fond de la zone « déposé »"
        },
        "$:/language/Docs/PaletteColours/external-link-background-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-hover",
            "text": "Fond lors du passage de la souris sur un lien externe"
        },
        "$:/language/Docs/PaletteColours/external-link-background-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-background-visited",
            "text": "Fond pour un lien externe déjà visité"
        },
        "$:/language/Docs/PaletteColours/external-link-background": {
            "title": "$:/language/Docs/PaletteColours/external-link-background",
            "text": "Fond pour un lien externe"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
            "text": "Premier plan lors du passage de la souris sur un lien externe"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground-visited": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
            "text": "Premier plan pour un lien externe déjà visité"
        },
        "$:/language/Docs/PaletteColours/external-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/external-link-foreground",
            "text": "Premier plan pour un lien externe"
        },
        "$:/language/Docs/PaletteColours/foreground": {
            "title": "$:/language/Docs/PaletteColours/foreground",
            "text": "Premier plan"
        },
        "$:/language/Docs/PaletteColours/message-background": {
            "title": "$:/language/Docs/PaletteColours/message-background",
            "text": "Fond pour les messages"
        },
        "$:/language/Docs/PaletteColours/message-border": {
            "title": "$:/language/Docs/PaletteColours/message-border",
            "text": "Bordure pour les messages"
        },
        "$:/language/Docs/PaletteColours/message-foreground": {
            "title": "$:/language/Docs/PaletteColours/message-foreground",
            "text": "Premier plan pour les messages"
        },
        "$:/language/Docs/PaletteColours/modal-backdrop": {
            "title": "$:/language/Docs/PaletteColours/modal-backdrop",
            "text": "Arrière-plan pour les fenêtres modales"
        },
        "$:/language/Docs/PaletteColours/modal-background": {
            "title": "$:/language/Docs/PaletteColours/modal-background",
            "text": "Fond pour les fenêtres modales"
        },
        "$:/language/Docs/PaletteColours/modal-border": {
            "title": "$:/language/Docs/PaletteColours/modal-border",
            "text": "Bordure pour les fenêtres modales"
        },
        "$:/language/Docs/PaletteColours/modal-footer-background": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-background",
            "text": "Fond pour les pieds de page des fenêtres modales"
        },
        "$:/language/Docs/PaletteColours/modal-footer-border": {
            "title": "$:/language/Docs/PaletteColours/modal-footer-border",
            "text": "Bordure pour les pieds de page des fenêtres modales"
        },
        "$:/language/Docs/PaletteColours/modal-header-border": {
            "title": "$:/language/Docs/PaletteColours/modal-header-border",
            "text": "Bordure pour les en-tête des fenêtres modales"
        },
        "$:/language/Docs/PaletteColours/muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/muted-foreground",
            "text": "Premier plan atténué"
        },
        "$:/language/Docs/PaletteColours/notification-background": {
            "title": "$:/language/Docs/PaletteColours/notification-background",
            "text": "Fond pour les notifications"
        },
        "$:/language/Docs/PaletteColours/notification-border": {
            "title": "$:/language/Docs/PaletteColours/notification-border",
            "text": "Bordure pour les notifications"
        },
        "$:/language/Docs/PaletteColours/page-background": {
            "title": "$:/language/Docs/PaletteColours/page-background",
            "text": "Fond de page"
        },
        "$:/language/Docs/PaletteColours/pre-background": {
            "title": "$:/language/Docs/PaletteColours/pre-background",
            "text": "Fond pour le code préformaté"
        },
        "$:/language/Docs/PaletteColours/pre-border": {
            "title": "$:/language/Docs/PaletteColours/pre-border",
            "text": "Bordure pour le code préformaté"
        },
        "$:/language/Docs/PaletteColours/primary": {
            "title": "$:/language/Docs/PaletteColours/primary",
            "text": "Couleur principale"
        },
        "$:/language/Docs/PaletteColours/sidebar-button-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
            "text": "Premier plan des boutons de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
            "text": "Premier plan au passage de la souris sur les boutons de commande de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
            "text": "Premier plan sur les boutons de commande de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
            "text": "Ombre du premier plan de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-foreground",
            "text": "Premier plan de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
            "text": "Premier plan atténué au passage de la souris sur la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
            "text": "Premier plan atténué de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
            "text": "Fond pour les onglets sélectionnés de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-background": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
            "text": "Fond pour les onglets de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
            "text": "Bordure pour les onglets sélectionnés de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-border": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
            "text": "Bordure pour les onglets de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-divider": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
            "text": "Séparateur d'onglets pour la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
            "text": "Premier plan pour les onglets sélectionnés de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
            "text": "Premier plan pour les onglets de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
            "text": "Premier plan au passage de la souris sur le lien d'un tiddler de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
            "text": "Premier plan du lien d'un tiddler de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/site-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/site-title-foreground",
            "text": "Premier plan pour le titre du wiki (SiteTitle)"
        },
        "$:/language/Docs/PaletteColours/static-alert-foreground": {
            "title": "$:/language/Docs/PaletteColours/static-alert-foreground",
            "text": "Premier plan pour les alertes statiques"
        },
        "$:/language/Docs/PaletteColours/tab-background-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-background-selected",
            "text": "Fond pour les onglets sélectionnés"
        },
        "$:/language/Docs/PaletteColours/tab-background": {
            "title": "$:/language/Docs/PaletteColours/tab-background",
            "text": "Fond pour les onglets"
        },
        "$:/language/Docs/PaletteColours/tab-border-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-border-selected",
            "text": "Bordure pour les onglets sélectionnés"
        },
        "$:/language/Docs/PaletteColours/tab-border": {
            "title": "$:/language/Docs/PaletteColours/tab-border",
            "text": "Bordure pour les onglets"
        },
        "$:/language/Docs/PaletteColours/tab-divider": {
            "title": "$:/language/Docs/PaletteColours/tab-divider",
            "text": "Séparateur d'onglets"
        },
        "$:/language/Docs/PaletteColours/tab-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
            "text": "Premier plan pour les onglets sélectionnés"
        },
        "$:/language/Docs/PaletteColours/tab-foreground": {
            "title": "$:/language/Docs/PaletteColours/tab-foreground",
            "text": "Premier plan pour les onglets"
        },
        "$:/language/Docs/PaletteColours/table-border": {
            "title": "$:/language/Docs/PaletteColours/table-border",
            "text": "Bordure des tableaux"
        },
        "$:/language/Docs/PaletteColours/table-footer-background": {
            "title": "$:/language/Docs/PaletteColours/table-footer-background",
            "text": "Fond pour les bas de tableau"
        },
        "$:/language/Docs/PaletteColours/table-header-background": {
            "title": "$:/language/Docs/PaletteColours/table-header-background",
            "text": "Fond pour les en-têtes de tableau"
        },
        "$:/language/Docs/PaletteColours/tag-background": {
            "title": "$:/language/Docs/PaletteColours/tag-background",
            "text": "Fond pour les tags"
        },
        "$:/language/Docs/PaletteColours/tag-foreground": {
            "title": "$:/language/Docs/PaletteColours/tag-foreground",
            "text": "Premier plan pour les tags"
        },
        "$:/language/Docs/PaletteColours/tiddler-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-background",
            "text": "Fond pour les tiddlers"
        },
        "$:/language/Docs/PaletteColours/tiddler-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-border",
            "text": "Bordure pour les tiddlers"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
            "text": "Premier plan au passage de la souris sur les boutons de commande d'un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
            "text": "Premier plan pour le bouton de commande sélectionné d'un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
            "text": "Premier plan pour les boutons de commande d'un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
            "text": "Fond pour l'éditeur de tiddlers"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
            "text": "Image de bordure pour l'éditeur de tiddlers"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
            "text": "Bordure de l'éditeur de tiddlers"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
            "text": "Fond de l'éditeur de tiddlers pour les champs pairs"
        },
        "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
            "title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
            "text": "Fond de l'éditeur de tiddlers pour les champs impairs"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-background",
            "text": "Fond du panneau d'information d'un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-border": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-border",
            "text": "Bordure du panneau d'information d'un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
            "text": "Fond pour les onglets du panneau d'information d'un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-background": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-background",
            "text": "Fond pour les liens vers un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-link-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
            "text": "Premier plan pour les liens vers un tiddler"
        },
        "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
            "text": "Premier plan du sous-titre du wiki"
        },
        "$:/language/Docs/PaletteColours/tiddler-title-foreground": {
            "title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
            "text": "Premier plan du titre du wiki"
        },
        "$:/language/Docs/PaletteColours/toolbar-new-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-new-button",
            "text": "Premier plan pour le bouton 'Nouveau tiddler' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-options-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-options-button",
            "text": "Premier plan pour le bouton 'Options' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-save-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-save-button",
            "text": "Premier plan pour le bouton 'Enregistrer' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-info-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-info-button",
            "text": "Premier plan pour le bouton 'Info' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-edit-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
            "text": "Premier plan pour le bouton 'Éditer' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-close-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-close-button",
            "text": "Premier plan pour le bouton 'Fermer' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-delete-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
            "text": "Premier plan pour le bouton 'Supprimer' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-cancel-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
            "text": "Premier plan pour le bouton 'Annuler' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/toolbar-done-button": {
            "title": "$:/language/Docs/PaletteColours/toolbar-done-button",
            "text": "Premier plan pour le bouton 'Terminé' de la barre latérale"
        },
        "$:/language/Docs/PaletteColours/untagged-background": {
            "title": "$:/language/Docs/PaletteColours/untagged-background",
            "text": "Fond pour la pastille « sans-étiquette »"
        },
        "$:/language/Docs/PaletteColours/very-muted-foreground": {
            "title": "$:/language/Docs/PaletteColours/very-muted-foreground",
            "text": "Premier plan très atténué"
        },
        "$:/language/EditTemplate/Body/External/Hint": {
            "title": "$:/language/EditTemplate/Body/External/Hint",
            "text": "Ce tiddler affiche du contenu situé en dehors du fichier TiddlyWiki principal. Vous pouvez éditer les tags et les champs mais pas directement le contenu lui-même"
        },
        "$:/language/EditTemplate/Body/Placeholder": {
            "title": "$:/language/EditTemplate/Body/Placeholder",
            "text": "Entrez le texte ici"
        },
        "$:/language/EditTemplate/Body/Preview/Type/Output": {
            "title": "$:/language/EditTemplate/Body/Preview/Type/Output",
            "text": "sortie"
        },
        "$:/language/EditTemplate/Field/Remove/Caption": {
            "title": "$:/language/EditTemplate/Field/Remove/Caption",
            "text": "supprimer le champ"
        },
        "$:/language/EditTemplate/Field/Remove/Hint": {
            "title": "$:/language/EditTemplate/Field/Remove/Hint",
            "text": "Supprime le champ"
        },
        "$:/language/EditTemplate/Fields/Add/Button": {
            "title": "$:/language/EditTemplate/Fields/Add/Button",
            "text": "ajouter"
        },
        "$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
            "text": "nom du champ"
        },
        "$:/language/EditTemplate/Fields/Add/Prompt": {
            "title": "$:/language/EditTemplate/Fields/Add/Prompt",
            "text": "Ajouter un nouveau champ :"
        },
        "$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
            "title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
            "text": "valeur du champ"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/System": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
            "text": "Champs système"
        },
        "$:/language/EditTemplate/Fields/Add/Dropdown/User": {
            "title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
            "text": "Champs utilisateur"
        },
        "$:/language/EditTemplate/Shadow/OverriddenWarning": {
            "title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
            "text": "Ce tiddler est une version modifiée d'un tiddler « shadow ». Pour revenir à la version par défaut du plugin <<pluginLink>>, il vous suffit de supprimer ce tiddler."
        },
        "$:/language/EditTemplate/Shadow/Warning": {
            "title": "$:/language/EditTemplate/Shadow/Warning",
            "text": "Ceci est un tiddler « shadow ». Toute modification supplantera la version issue du plugin <<pluginLink>>"
        },
        "$:/language/EditTemplate/Tags/Add/Button": {
            "title": "$:/language/EditTemplate/Tags/Add/Button",
            "text": "ajouter"
        },
        "$:/language/EditTemplate/Tags/Add/Placeholder": {
            "title": "$:/language/EditTemplate/Tags/Add/Placeholder",
            "text": "nom du tag"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
            "text": "liste des tags"
        },
        "$:/language/EditTemplate/Tags/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
            "text": "Montre la liste des tags"
        },
        "$:/language/EditTemplate/Title/BadCharacterWarning": {
            "title": "$:/language/EditTemplate/Title/BadCharacterWarning",
            "text": "Attention : il est préférable d'éviter l'usage des caractères <<bad-chars>> dans les titres des tiddlers"
        },
        "$:/language/EditTemplate/Title/Exists/Prompt": {
            "title": "$:/language/EditTemplate/Title/Exists/Prompt",
            "text": "Le tiddler cible existe déjà"
        },
        "$:/language/EditTemplate/Title/Relink/Prompt": {
            "title": "$:/language/EditTemplate/Title/Relink/Prompt",
            "text": "Changer ''<$text text=<<fromTitle>>/>'' en ''<$text text=<<toTitle>>/>'' dans les //tags// et les champs //list// des autres tiddlers"
        },
        "$:/language/EditTemplate/Type/Dropdown/Caption": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Caption",
            "text": "liste des types de contenu"
        },
        "$:/language/EditTemplate/Type/Dropdown/Hint": {
            "title": "$:/language/EditTemplate/Type/Dropdown/Hint",
            "text": "Montre la liste des types de contenu"
        },
        "$:/language/EditTemplate/Type/Delete/Caption": {
            "title": "$:/language/EditTemplate/Type/Delete/Caption",
            "text": "supprimer le type de contenu"
        },
        "$:/language/EditTemplate/Type/Delete/Hint": {
            "title": "$:/language/EditTemplate/Type/Delete/Hint",
            "text": "Supprime le type de contenu"
        },
        "$:/language/EditTemplate/Type/Placeholder": {
            "title": "$:/language/EditTemplate/Type/Placeholder",
            "text": "type du contenu"
        },
        "$:/language/EditTemplate/Type/Prompt": {
            "title": "$:/language/EditTemplate/Type/Prompt",
            "text": "Type :"
        },
        "$:/language/Exporters/StaticRiver": {
            "title": "$:/language/Exporters/StaticRiver",
            "text": "HTML Statique"
        },
        "$:/language/Exporters/JsonFile": {
            "title": "$:/language/Exporters/JsonFile",
            "text": "Fichier JSON"
        },
        "$:/language/Exporters/CsvFile": {
            "title": "$:/language/Exporters/CsvFile",
            "text": "Fichier CSV"
        },
        "$:/language/Exporters/TidFile": {
            "title": "$:/language/Exporters/TidFile",
            "text": "Fichier \".tid\""
        },
        "$:/language/Docs/Fields/_canonical_uri": {
            "title": "$:/language/Docs/Fields/_canonical_uri",
            "text": "L'URI complet vers le contenu externe d'un tiddler image"
        },
        "$:/language/Docs/Fields/bag": {
            "title": "$:/language/Docs/Fields/bag",
            "text": "Nom du <q>bag</q> d'où provient le tiddler"
        },
        "$:/language/Docs/Fields/caption": {
            "title": "$:/language/Docs/Fields/caption",
            "text": "Texte à afficher sur un onglet ou un bouton"
        },
        "$:/language/Docs/Fields/color": {
            "title": "$:/language/Docs/Fields/color",
            "text": "Couleur CSS associée au tiddler"
        },
        "$:/language/Docs/Fields/component": {
            "title": "$:/language/Docs/Fields/component",
            "text": "Nom du composant responsable pour un [[tiddler d'alerte|AlertMechanism]]"
        },
        "$:/language/Docs/Fields/current-tiddler": {
            "title": "$:/language/Docs/Fields/current-tiddler",
            "text": "Sert à cacher le tiddler situé au début de l'[[historique|HistoryMechanism]]"
        },
        "$:/language/Docs/Fields/created": {
            "title": "$:/language/Docs/Fields/created",
            "text": "Date de création du tiddler"
        },
        "$:/language/Docs/Fields/creator": {
            "title": "$:/language/Docs/Fields/creator",
            "text": "Nom de l'utilisateur qui a créé le tiddler"
        },
        "$:/language/Docs/Fields/dependents": {
            "title": "$:/language/Docs/Fields/dependents",
            "text": "Quand le tiddler est un plugin, énumère les titres des plugins dépendants"
        },
        "$:/language/Docs/Fields/description": {
            "title": "$:/language/Docs/Fields/description",
            "text": "Texte de description d'un plugin, ou d'une boîte de dialogue"
        },
        "$:/language/Docs/Fields/draft.of": {
            "title": "$:/language/Docs/Fields/draft.of",
            "text": "Pour les tiddlers en cours d'édition, contient le titre du tiddler initial"
        },
        "$:/language/Docs/Fields/draft.title": {
            "title": "$:/language/Docs/Fields/draft.title",
            "text": "Pour les tiddlers en cours d'édition, contient le nouveau titre prévu pour le tiddler"
        },
        "$:/language/Docs/Fields/footer": {
            "title": "$:/language/Docs/Fields/footer",
            "text": "Texte de bas de page dans le cas d'un wizard"
        },
        "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
            "title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
            "text": "Champ de stockage temporaire utilisé dans [[$:/core/templates/static.content]]"
        },
        "$:/language/Docs/Fields/icon": {
            "title": "$:/language/Docs/Fields/icon",
            "text": "Titre du tiddler contenant l'icone associée à un tiddler"
        },
        "$:/language/Docs/Fields/library": {
            "title": "$:/language/Docs/Fields/library",
            "text": "Avec une valeur à <q>yes</q>,  indique qu'un tiddler doit être sauvegardé comme bibliothèque JavaScript"
        },
        "$:/language/Docs/Fields/list": {
            "title": "$:/language/Docs/Fields/list",
            "text": "Liste ordonnée de titres de tiddlers associée à un tiddler"
        },
        "$:/language/Docs/Fields/list-before": {
            "title": "$:/language/Docs/Fields/list-before",
            "text": "Si présent, contient le titre du tiddler avant lequel ce tiddler doit être ajouté dans la liste ordonnée des titres de tiddlers. Si ce champ est présent mais vide, le titre doit être ajouté au début de la liste."
        },
        "$:/language/Docs/Fields/list-after": {
            "title": "$:/language/Docs/Fields/list-after",
            "text": "Si présent, contient le titre du tiddler après lequel ce tiddler doit être ajouté dans la liste ordonnée des titres de tiddlers."
        },
        "$:/language/Docs/Fields/modified": {
            "title": "$:/language/Docs/Fields/modified",
            "text": "Date et heure à laquelle le tiddler a été modifié pour la dernière fois"
        },
        "$:/language/Docs/Fields/modifier": {
            "title": "$:/language/Docs/Fields/modifier",
            "text": "Titre du tiddler associé à l'utilisateur qui a modifié ce tiddler pour la dernière fois"
        },
        "$:/language/Docs/Fields/name": {
            "title": "$:/language/Docs/Fields/name",
            "text": "Dans le cas d'un tiddler provenant d'un plugin, le nom de la personne associée à ce tiddler"
        },
        "$:/language/Docs/Fields/plugin-priority": {
            "title": "$:/language/Docs/Fields/plugin-priority",
            "text": "Dans le cas d'un tiddler provenant d'un plugin, un nombre indiquant la priorité de ce tiddler"
        },
        "$:/language/Docs/Fields/plugin-type": {
            "title": "$:/language/Docs/Fields/plugin-type",
            "text": "Dans le cas d'un tiddler provenant d'un plugin, le type du plugin"
        },
        "$:/language/Docs/Fields/revision": {
            "title": "$:/language/Docs/Fields/revision",
            "text": "Numéro de révision du tiddler présent sur le serveur"
        },
        "$:/language/Docs/Fields/released": {
            "title": "$:/language/Docs/Fields/released",
            "text": "Date de version d'un TiddlyWiki"
        },
        "$:/language/Docs/Fields/source": {
            "title": "$:/language/Docs/Fields/source",
            "text": "URL source associée à ce tiddler"
        },
        "$:/language/Docs/Fields/subtitle": {
            "title": "$:/language/Docs/Fields/subtitle",
            "text": "Texte du sous-titre pour un wizard"
        },
        "$:/language/Docs/Fields/tags": {
            "title": "$:/language/Docs/Fields/tags",
            "text": "Liste des tags associés à un tiddler"
        },
        "$:/language/Docs/Fields/text": {
            "title": "$:/language/Docs/Fields/text",
            "text": "Texte du corps de ce tiddler"
        },
        "$:/language/Docs/Fields/title": {
            "title": "$:/language/Docs/Fields/title",
            "text": "Nom unique du tiddler"
        },
        "$:/language/Docs/Fields/type": {
            "title": "$:/language/Docs/Fields/type",
            "text": "Type de contenu du tiddler"
        },
        "$:/language/Docs/Fields/version": {
            "title": "$:/language/Docs/Fields/version",
            "text": "S'il s'agit d'un plugin, l'information de version"
        },
        "$:/language/Filters/AllTiddlers": {
            "title": "$:/language/Filters/AllTiddlers",
            "text": "Tous les tiddlers sauf les tiddlers système"
        },
        "$:/language/Filters/RecentSystemTiddlers": {
            "title": "$:/language/Filters/RecentSystemTiddlers",
            "text": "Les tiddlers modifiés récemment, y compris les tiddlers système"
        },
        "$:/language/Filters/RecentTiddlers": {
            "title": "$:/language/Filters/RecentTiddlers",
            "text": "Les tiddlers modifiés récemment"
        },
        "$:/language/Filters/AllTags": {
            "title": "$:/language/Filters/AllTags",
            "text": "Tous les tags sauf les tags système"
        },
        "$:/language/Filters/Missing": {
            "title": "$:/language/Filters/Missing",
            "text": "Les tiddlers manquants"
        },
        "$:/language/Filters/Drafts": {
            "title": "$:/language/Filters/Drafts",
            "text": "Les tiddlers en cours d'édition"
        },
        "$:/language/Filters/Orphans": {
            "title": "$:/language/Filters/Orphans",
            "text": "Les tiddlers orphelins"
        },
        "$:/language/Filters/SystemTiddlers": {
            "title": "$:/language/Filters/SystemTiddlers",
            "text": "Les tiddlers système"
        },
        "$:/language/Filters/ShadowTiddlers": {
            "title": "$:/language/Filters/ShadowTiddlers",
            "text": "Les tiddlers shadow"
        },
        "$:/language/Filters/StoryList": {
            "title": "$:/language/Filters/StoryList",
            "text": "Les tiddlers du déroulé, hormis $:/AdvancedSearch"
        },
        "$:/language/Filters/OverriddenShadowTiddlers": {
            "title": "$:/language/Filters/OverriddenShadowTiddlers",
            "text": "Les tiddlers shadow modifiés"
        },
        "$:/language/Filters/SystemTags": {
            "title": "$:/language/Filters/SystemTags",
            "text": "Les tags système"
        },
        "$:/language/Filters/TypedTiddlers": {
            "title": "$:/language/Filters/TypedTiddlers",
            "text": "Tiddlers ayant un contenu non wiki-text"
        },
        "GettingStarted": {
            "title": "GettingStarted",
            "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nBienvenue sur ~TiddlyWiki et parmi la communauté ~TiddlyWiki.\n\nAvant de confier à TiddlyWiki des informations importantes, commencez par vérifier que vos modifications peuvent être sauvegardées\ncorrectement — reportez-vous aux [[instructions détaillées|https://tiddlywiki.com/languages/fr-FR/index.html#Saving]] sur https://tiddlywiki.com/.\n\n!! Personnalisez ce ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nRendez-vous dans le [[panneau de contrôle|$:/ControlPanel]] pour plus d'options.\n"
        },
        "$:/language/Help/build": {
            "title": "$:/language/Help/build",
            "description": "Lance automatiquement les commandes configurées",
            "text": "Compile le wiki courant à partir des cibles spécifiées. Si aucune cible n'est spécifiée, toutes les cibles seront compilées.\n\n```\n--build <cible> [<cible> ...]\n```\n\nLes cibles de compilation sont définies dans le fichier `tiddlywiki.info` du [[dossier associé au wiki|WikiFolders]].\n\n"
        },
        "$:/language/Help/clearpassword": {
            "title": "$:/language/Help/clearpassword",
            "description": "Efface un mot de passe pour les prochaines opérations de chiffrement",
            "text": "Efface le mot de passe pour les prochaines opérations de chiffrement\n\n```\n--clearpassword\n```\n"
        },
        "$:/language/Help/default": {
            "title": "$:/language/Help/default",
            "text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<dossierwiki>] [--<commande> [<arguments>...]...]\n```\n\nListe des commandes disponibles :\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link> : <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nPour obtenir de l'aide sur une commande précise :\n\n```\ntiddlywiki --help <commande>\n```\n"
        },
        "$:/language/Help/editions": {
            "title": "$:/language/Help/editions",
            "description": "Liste les éditions TiddlyWiki disponibles",
            "text": "Liste les noms et descriptions des éditions disponibles. La commande `--init` permet de créer un nouveau wiki à partir d'une édition particulière.\n\n```\n--editions\n```\n"
        },
        "$:/language/Help/fetch": {
            "title": "$:/language/Help/fetch",
            "description": "Télécharge des tiddlers depuis un wiki à partir de leurs URL",
            "text": "Télécharge un ou plusieurs fichiers via HTTP/HTTPS, puis importe les tiddlers correspondant à un filtre, en transformant optionnellement les titres des tiddlers importés.\n\n```\n--fetch file <url> <filtre-import> <filtre-de-transformation>\n--fetch files <filtre-urls> <filtre-import> <filtre-de-transformation>\n```\n\nAvec la variante \"file\", un seul fichier est téléchargé et le premier paramètre est l'URL du fichier à lire.\n\nAvec la variante \"files\", plusieurs fichiers sont téléchargés et le premier paramètre est un filtre produisant une liste d'URLs pour les fichiers à lire. Par exemple, étant donné un ensemble de tiddlers tagués \"remote-server\" et disposant d'un champ \"url\", le filtre `[tag[remote-server]get[url]]` permet de récupérer toutes les URLs disponibles.\n\nLe paramètre `<filtre-import>` spécifie un filtre qui détermine quels tiddlers seront importés. Lorsqu'il n'est pas indiqué, il prend comme valeur par défaut `[all[tiddlers]]`.\n\nLe paramètre `<filtre de transformation>` spécifie un filtre optionnel qui transforme les titres des tiddlers importés. Par exemple, `[addprefix[$:/myimports/]]` permettrait d'ajouter le préfixe `$:/myimports/` à chaque titre.\n\nOn obtient des informations concernant la progression de l'importation en faisant précéder la commande `--fetch` de la commande `--verbose`.\n\nIl faut noter que TiddlyWiki ne téléchargera pas une version plus ancienne d'un plugin déjà chargé.\n\nL'exemple ci-dessous récupère tous les tiddlers non-système de https://tiddlywiki.com et les enregistre dans un fichier JSON :\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\n"
        },
        "$:/language/Help/help": {
            "title": "$:/language/Help/help",
            "description": "Affiche de l'aide sur les commandes TiddlyWiki",
            "text": "Affiche un texte d'aide sur une commande particulière :\n\n```\n--help [<commande>]\n```\n\nSi aucun nom de commande n'est fourni, affiche la liste de toutes les commandes disponibles.\n"
        },
        "$:/language/Help/init": {
            "title": "$:/language/Help/init",
            "description": "Initialise un nouveau dossier wiki",
            "text": "Initialise un [[dossier wiki (WikiFolder)|WikiFolders]] vide en copiant l'une des éditions présentes dans le répertoire //editions//.\n\n```\n--init <édition> [<édition> ...]\n```\n\nPar exemple :\n\n```\ntiddlywiki ./MonDossierWiki --init empty\n```\n\nNote :\n\n* Le répertoire correspondant au dossier wiki est créé si nécessaire\n* L'édition par défaut est ''empty''\n* La commande //init// échoue si le dossier wiki n'est pas vide\n* La commande //init// supprime les éventuelles définitions `includeWikis` du fichier `tiddlywiki.info` de l'édition spécifiée\n* Lorsque plusieurs éditions sont spécifiées, chaque édition écrase les fichiers qu'elle a en commun avec les précédentes (par conséquent, le fichier `tiddlywiki.info` proviendra de la dernière édition spécifiée)\n* `--editions` renvoie une liste des éditions disponibles\n"
        },
        "$:/language/Help/load": {
            "title": "$:/language/Help/load",
            "description": "Charge des tiddlers à partir d'un fichier",
            "text": "Charge des tiddlers à partir de fichiers ~TiddlyWikiClassic 2.x.x (`.html`), `.tiddler`, `.tid`, `.json` ou d'autres types de fichiers.\n\n```\n--load <chemindufichier>\n```\n\nPour charger des tiddlers à partir d'un fichier ~TiddlyWiki chiffré, vous devrez d'abord spécifier le mot de passe à l'aide de la [[commande password|PasswordCommand]]. Par exemple :\n\n```\ntiddlywiki ./MonWiki --password pa55w0rd --load mon_wiki_secret.html\n```\n\nÀ noter que Tiddlywiki refusera de charger une version plus ancienne d'un plugin déjà chargé."
        },
        "$:/language/Help/makelibrary": {
            "title": "$:/language/Help/makelibrary",
            "description": "Construit le plugin bibliothèque requis par la procédure de mise à jour",
            "text": "Construit le tiddler `$:/UpgradeLibrary` pour la procédure de mise à jour.\n\nLa bibliothèque de mise à jour est formatée comme un tiddler de plugin ordinaire avec le type `library`. Elle contient un exemplaire de chacun des packs de plugins, thèmes et languages disponibles dans le répertoire de TiddlyWiki5.\n\nCette commande est prévue pour un usage interne ; elle n'a d'intérêt que pour les utilisateurs qui construisent une variante de la procédure de mise à jour.\n\n```\n--makelibrary <titre>\n```\n\nL'argument //titre// a pour valeur par défaut `$:/UpgradeLibrary`.\n"
        },
        "$:/language/Help/notfound": {
            "title": "$:/language/Help/notfound",
            "text": "Il n'existe pas d'aide sur le sujet."
        },
        "$:/language/Help/output": {
            "title": "$:/language/Help/output",
            "description": "Change le répertoire de départ pour la sortie des prochaines commandes",
            "text": "Change le répertoire de départ pour la sortie des prochaines commandes. Par défaut, le répertoire de sortie est le sous-répertoire `output` du répertoire de l'édition courante.\n\n```\n--output <nom de chemin>\n```\n\nSi le chemin spécifié est relatif, il est calculé relativement au répertoire de sortie courant. Par exemple, `--output .` indique le répertoire courant comme répertoire de sortie.\n"
        },
        "$:/language/Help/password": {
            "title": "$:/language/Help/password",
            "description": "Fournit un mot de passe pour les prochaines opérations de chiffrement",
            "text": "Fournit un mot de passe pour les prochaines opérations de chiffrement.\n\n```\n--password <motdepasse>\n```\n\n''Note'' : Cette commande n'est pas appropriée pour servir un TiddlyWiki protégé par mot de passe. Pour cela, utilisez plutôt l'option //password// de la [[commande Server|ServerCommand]].\n"
        },
        "$:/language/Help/rendertiddler": {
            "title": "$:/language/Help/rendertiddler",
            "description": "Enregistre un tiddler avec un rendu correspondant au type de contenu spécifié",
            "text": "Enregistre un tiddler sous le chemin de fichier indiqué, avec un rendu correspondant au type de contenu (ContentType) spécifié — par défaut `text/html`.\n\nUn tiddler modèle (template) peut être indiqué optionnellement. Dans ce cas, le tiddler modèle est rendu après initialisation de la variable \"currentTiddler\" avec le tiddler dont le titre est donné en premier paramètre de la commande.\n\nLe nom et la valeur d'une variable supplémentaire peuvent être spécifiés optionnellement.\n\n```\n--rendertiddler <titre> <chemindufichier> [<type>] [<modèle>] [<nom>] [<valeur>]\n```\n\nPar défaut, le nom de fichier est résolu relativement au sous-répertoire `output` du répertoire de l'édition. La commande `--output` peut servir à rediriger la sortie vers un répertoire différent.\n\nLes répertoires présents dans le chemin du fichier et qui n'existent pas encore sont créés automatiquement.\n\nPar exemple, la commande ci-dessous enregistre tous les tiddlers correspondant au filtre `[tag[done]]` vers un fichier JSON de nom `output.json`, en faisant appel au template prédéfini `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
        },
        "$:/language/Help/rendertiddlers": {
            "title": "$:/language/Help/rendertiddlers",
            "description": "Enregistre un ensemble de tiddlers sélectionnés par un filtre, avec un rendu correspondant au type de contenu (ContentType) spécifié",
            "text": "Enregistre un ensemble de tiddlers (sélectionnés par un filtre) dans le répertoire indiqué et avec l'extension indiquée — par défaut `.html`. Le choix du rendu est fonction du type de contenu (ContentType) spécifié — par défaut `text/html` :\n\n```\n--rendertiddlers <filtre> <modèle> <chemindurépertoire> [<type>] [<extension>] [\"noclean\"]\n```\n\nPar exemple :\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nPar défaut, le nom de fichier est résolu relativement au sous-répertoire `output` du répertoire de l'édition. La commande `--output` peut servir à rediriger la sortie vers un répertoire différent.\n\nTous les fichiers du répertoire cible sont supprimés, sauf si le drapeau ''noclean'' est spécifié. Le répertoire cible est créé récursivement s'il n'existe pas."
        },
        "$:/language/Help/savetiddler": {
            "title": "$:/language/Help/savetiddler",
            "description": "Enregistre un tiddler dans un fichier sous sa forme brute",
            "text": "Enregistre un tiddler texte ou binaire dans le fichier spécifié, sous sa forme brute. \n\n```\n--savetiddler <titre> <chemindufichier>\n```\n\nPar défaut, le nom de fichier est résolu relativement au sous-répertoire `output` du répertoire de l'édition. La commande `--output` peut servir à rediriger la sortie vers un répertoire différent.\n\nLes répertoires présents dans le chemin du fichier et qui n'existent pas encore sont créés automatiquement. "
        },
        "$:/language/Help/savetiddlers": {
            "title": "$:/language/Help/savetiddlers",
            "description": "Enregistre un groupe de tiddlers vers un répertoire",
            "text": "Enregistre un groupe de tiddlers vers le chemin spécifié, sous leur forme brute, texte ou binaire. \n\n```\n--savetiddlers <filtre> <chemin-de-répertoire> [\"noclean\"]\n```\n\nPar défaut, le répertoire de sortie est calculé relativement au sous-répertoire `output` du répertoire de l'édition. La commande `--output` peut servir à diriger la sortie vers un répertoire différent.\n\nLes fichiers présents dans le répertoire de sortie sont supprimés avant que soient enregistrés les fichiers des tiddlers spécifiés par le filtre. Pour empêcher cette suppression, ajouter le drapeau ''noclean''.\n\nLes éventuels répertoires manquants dans le chemin spécifié sont créés automatiquement.\n"
        },
        "$:/language/Help/server": {
            "title": "$:/language/Help/server",
            "description": "Fournit une interface serveur HTTP à TiddlyWiki",
            "text": "Le serveur embarqué dans TiddlyWiki5 est très simple. Bien qu'il soit compatible avec TiddlyWeb, il n'a pas la robustesse requise pour une utilisation sur l'Internet.\n\nÀ la racine de l'url, il sert le tiddler spécifié avec le rendu indiqué. Au-delà, il sert des tiddlers encodés en JSON, et reconnaît les principales opérations HTTP pour `GET`, `PUT` et `DELETE`.\n\n```\n--server <port> <tiddler-racine> <type-du-rendu> <type-du-service> <nom-d-utilisateur> <mot-de-passe> <machine> <prefixe-des-chemins>\n```\n\nLes arguments sont :\n\n* ''port'' - numéro de port sur lequel servir le contenu (défaut : \"8080\")\n* ''tiddler-racine'' - le titre du tiddler à afficher à la racine de l'URL (défaut : \"$:/core/save/all\") \n* ''type-du-rendu'' - le type avec lequel le contenu du tiddler racine doit être rendu (`text/plain` par défaut)\n* ''type-du-service'' - le type avec lequel le contenu du tiddler racine doit être servi (`text/html` par défaut)\n* ''nom-d-utilisateur'' - le nom d'utilisateur qui servira par défaut à signer les modifications\n* ''mot-de-passe'' - mot de passe optionnel permettant une authentification basique\n* ''machine'' - nom de machine optionnel d'où le contenu doit être servi (\"127.0.0.1\" par défaut, autrement dit \"localhost\")\n* ''prefixe-des-chemins'' - préfixe optionnel pour les chemins\n\nSi le mot de passe est spécifié en argument, le navigateur demandera à l'utilisateur d'entrer le nom d'utilisateur et le mot de passe. On notera que le mot de passe est transmis en clair, et que cette implémentation ne convient donc pas pour un usage général.\n\nPar exemple :\n\n```\n--server 8080 $:/core/save/all text/plain text/html MonNomUtilisateur m0tdepa55e\n```\n\nLe nom d'utilisateur et le mot de passe peuvent être spécifiés sous forme de chaînes vides si vous avez besoin d'indiquer le nom de machine ou le préfixe des chemins sans pour autant demander un mot de passe :\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nSi vous voulez faire tourner plusieurs serveurs TiddlyWiki en même temps sur la même machine, vous devrez leur assigner chacun un port différent.\n"
        },
        "$:/language/Help/setfield": {
            "title": "$:/language/Help/setfield",
            "description": "Prépare des tiddlers externes for use",
            "text": "//Notez que cette commande est expérimentale et peut changer ou être remplacée avant d'être finalisée//\n\nInitialise le champ spécifié d'un groupe de tiddlers avec le résultat de la wikification d'un tiddler template, la variable `currentTiddler` prenant tour à tour la valeur de chaque tiddler.\n\n```\n--setfield <filtre> <nom-du-champ> <titre-du-template> <type-de-rendu>\n```\n\nLes paramètres sont les suivants :\n\n* ''filtre'' - filtre identifiant les tiddlers cibles\n* ''nom-du-champ'' - le champ à modifier (\"text\" par défaut)\n* ''titre-du-template'' - le tiddler à wikifier dans le champ spécifié. Si manquant ou blanc, le champ spécifié est supprimé\n* ''type-de-rendu'' - le type de texte à utiliser pour le rendu (\"text/plain\" par défaut ; \"text/html\" peut servir à inclure des éléments HTML)\n"
        },
        "$:/language/Help/unpackplugin": {
            "title": "$:/language/Help/unpackplugin",
            "description": "Déballe les tiddlers contenus dans un plugin",
            "text": "Extrait les tiddlers utiles d'un plugin, en les créant sous forme de tiddlers ordinaires :\n\n```\n--unpackplugin <titre>\n```\n"
        },
        "$:/language/Help/verbose": {
            "title": "$:/language/Help/verbose",
            "description": "Bascule en mode verbeux",
            "text": "Bascule les informations en mode verbeux, pratique pour le débogage.\n\n```\n--verbose\n```\n"
        },
        "$:/language/Help/version": {
            "title": "$:/language/Help/version",
            "description": "Affiche le numéro de version de TiddlyWiki",
            "text": "Affiche le numéro de version de TiddlyWiki.\n\n```\n--version\n```\n"
        },
        "$:/language/Import/Imported/Hint": {
            "title": "$:/language/Import/Imported/Hint",
            "text": "Les tiddlers suivants ont été importés :"
        },
        "$:/language/Import/Listing/Cancel/Caption": {
            "title": "$:/language/Import/Listing/Cancel/Caption",
            "text": "Annuler"
        },
        "$:/language/Import/Listing/Hint": {
            "title": "$:/language/Import/Listing/Hint",
            "text": "Les tiddlers suivants sont prêts pour l'importation :"
        },
        "$:/language/Import/Listing/Import/Caption": {
            "title": "$:/language/Import/Listing/Import/Caption",
            "text": "Importer"
        },
        "$:/language/Import/Listing/Select/Caption": {
            "title": "$:/language/Import/Listing/Select/Caption",
            "text": "Sélectionner"
        },
        "$:/language/Import/Listing/Status/Caption": {
            "title": "$:/language/Import/Listing/Status/Caption",
            "text": "Statut"
        },
        "$:/language/Import/Listing/Title/Caption": {
            "title": "$:/language/Import/Listing/Title/Caption",
            "text": "Titre"
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
            "text": "Plugin bloqué : incompatible ou obsolète"
        },
        "$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
            "title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
            "text": "Plugin bloqué (la version <<incoming>> en cours d'importation est plus ancienne que la version <<existing>> actuelle)"
        },
        "$:/language/Import/Upgrader/Plugins/Upgraded": {
            "title": "$:/language/Import/Upgrader/Plugins/Upgraded",
            "text": "Plugin mis à jour depuis <<incoming>> vers <<upgraded>>"
        },
        "$:/language/Import/Upgrader/State/Suppressed": {
            "title": "$:/language/Import/Upgrader/State/Suppressed",
            "text": "Tiddler d'état temporaire bloqué"
        },
        "$:/language/Import/Upgrader/System/Suppressed": {
            "title": "$:/language/Import/Upgrader/System/Suppressed",
            "text": "Tiddler système bloqué"
        },
        "$:/language/Import/Upgrader/ThemeTweaks/Created": {
            "title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
            "text": "Thème modifié à partir de <$text text=<<from>>/>"
        },
        "$:/language/AboveStory/ClassicPlugin/Warning": {
            "title": "$:/language/AboveStory/ClassicPlugin/Warning",
            "text": "On dirait que vous essayez de charger un plugin conçu pour ~TiddlyWiki Classic. Merci de noter que [[ces plugins ne fonctionnent pas avec TiddlyWiki version 5.x.x|https://tiddlywiki.com/#TiddlyWikiClassic]]. Plugins ~TiddlyWiki Classic détectés :"
        },
        "$:/language/BinaryWarning/Prompt": {
            "title": "$:/language/BinaryWarning/Prompt",
            "text": "Ce tiddler contient des données binaires"
        },
        "$:/language/ClassicWarning/Hint": {
            "title": "$:/language/ClassicWarning/Hint",
            "text": "Ce tiddler est écrit au format TiddlyWiki Classic, qui n'est pas entièrement compatible avec TiddlyWiki version 5. Pour en savoir plus, rendez-vous à l'adresse https://tiddlywiki.com/static/Upgrading.html."
        },
        "$:/language/ClassicWarning/Upgrade/Caption": {
            "title": "$:/language/ClassicWarning/Upgrade/Caption",
            "text": "mettre à jour"
        },
        "$:/language/CloseAll/Button": {
            "title": "$:/language/CloseAll/Button",
            "text": "tout fermer"
        },
        "$:/language/ColourPicker/Recent": {
            "title": "$:/language/ColourPicker/Recent",
            "text": "Récent :"
        },
        "$:/language/ConfirmCancelTiddler": {
            "title": "$:/language/ConfirmCancelTiddler",
            "text": "Souhaitez-vous annuler les modifications apportées au tiddler « <$text text=<<title>>/> » ?"
        },
        "$:/language/ConfirmDeleteTiddler": {
            "title": "$:/language/ConfirmDeleteTiddler",
            "text": "Souhaitez-vous supprimer le tiddler « <$text text=<<title>>/> » ?"
        },
        "$:/language/ConfirmOverwriteTiddler": {
            "title": "$:/language/ConfirmOverwriteTiddler",
            "text": "Souhaitez-vous supplanter le tiddler « <$text text=<<title>>/> » ?"
        },
        "$:/language/ConfirmEditShadowTiddler": {
            "title": "$:/language/ConfirmEditShadowTiddler",
            "text": "Vous êtes sur le point d'éditer un ShadowTiddler. Toute modification supplantera la version par défaut du système, rendant les prochaines mises à jour non-triviales. Êtes-vous sûr(e) de vouloir éditer \"<$text text=<<title>>/>\"?"
        },
        "$:/language/Count": {
            "title": "$:/language/Count",
            "text": "total"
        },
        "$:/language/DefaultNewTiddlerTitle": {
            "title": "$:/language/DefaultNewTiddlerTitle",
            "text": "Nouveau tiddler"
        },
        "$:/language/DropMessage": {
            "title": "$:/language/DropMessage",
            "text": "Déposer ici (ou appuyer sur « escape » pour annuler)"
        },
        "$:/language/Encryption/Cancel": {
            "title": "$:/language/Encryption/Cancel",
            "text": "Annuler"
        },
        "$:/language/Encryption/ConfirmClearPassword": {
            "title": "$:/language/Encryption/ConfirmClearPassword",
            "text": "Souhaitez-vous supprimer ce mot de passe ? Si oui, ce wiki ne sera plus chiffré lors de la sauvegarde"
        },
        "$:/language/Encryption/PromptSetPassword": {
            "title": "$:/language/Encryption/PromptSetPassword",
            "text": "Choisir un nouveau mot de passe pour ce TiddlyWiki"
        },
        "$:/language/Encryption/Username": {
            "title": "$:/language/Encryption/Username",
            "text": "Nom d'utilisateur"
        },
        "$:/language/Encryption/Password": {
            "title": "$:/language/Encryption/Password",
            "text": "Mot de passe"
        },
        "$:/language/Encryption/RepeatPassword": {
            "title": "$:/language/Encryption/RepeatPassword",
            "text": "Répéter le mot de passe"
        },
        "$:/language/Encryption/PasswordNoMatch": {
            "title": "$:/language/Encryption/PasswordNoMatch",
            "text": "Les mots de passe ne correspondent pas"
        },
        "$:/language/Encryption/SetPassword": {
            "title": "$:/language/Encryption/SetPassword",
            "text": "Définir ce mot de passe"
        },
        "$:/language/Error/Caption": {
            "title": "$:/language/Error/Caption",
            "text": "Erreur"
        },
        "$:/language/Error/EditConflict": {
            "title": "$:/language/Error/EditConflict",
            "text": "Le fichier a changé sur le serveur"
        },
        "$:/language/Error/Filter": {
            "title": "$:/language/Error/Filter",
            "text": "Erreur de filtre"
        },
        "$:/language/Error/FilterSyntax": {
            "title": "$:/language/Error/FilterSyntax",
            "text": "Erreur de syntaxe dans l'expression du filtre"
        },
        "$:/language/Error/IsFilterOperator": {
            "title": "$:/language/Error/IsFilterOperator",
            "text": "Erreur de filtre : Opérande inconnu pour l'opérateur de filtre 'is'"
        },
        "$:/language/Error/LoadingPluginLibrary": {
            "title": "$:/language/Error/LoadingPluginLibrary",
            "text": "Erreur lors du chargement de la bibliothèque de plugins"
        },
        "$:/language/Error/RecursiveTransclusion": {
            "title": "$:/language/Error/RecursiveTransclusion",
            "text": "Erreur dans le widget //transclude// : transclusion récursive"
        },
        "$:/language/Error/RetrievingSkinny": {
            "title": "$:/language/Error/RetrievingSkinny",
            "text": "Erreur pendant la récupération de la liste des tiddlers partiels"
        },
        "$:/language/Error/SavingToTWEdit": {
            "title": "$:/language/Error/SavingToTWEdit",
            "text": "Erreur lors de l'enregistrement vers TWEdit"
        },
        "$:/language/Error/WhileSaving": {
            "title": "$:/language/Error/WhileSaving",
            "text": "Erreur lors de l'enregistrement"
        },
        "$:/language/Error/XMLHttpRequest": {
            "title": "$:/language/Error/XMLHttpRequest",
            "text": "Code d'erreur XMLHttpRequest"
        },
        "$:/language/InternalJavaScriptError/Title": {
            "title": "$:/language/InternalJavaScriptError/Title",
            "text": "Erreur interne JavaScript"
        },
        "$:/language/InternalJavaScriptError/Hint": {
            "title": "$:/language/InternalJavaScriptError/Hint",
            "text": "C'est assez embarrassant. Il est recommandé de rafraîchir l'affichage de votre navigateur"
        },
        "$:/language/InvalidFieldName": {
            "title": "$:/language/InvalidFieldName",
            "text": "Caractères illicites dans le nom du champ « <$text text=<<fieldName>>/> ». Les champs ne peuvent contenir que des lettres minuscules non accentuées et les caractères souligné (`_`), tiret (`-`) et point (`.`)"
        },
        "$:/language/LazyLoadingWarning": {
            "title": "$:/language/LazyLoadingWarning",
            "text": "<p>Tentative de chargement d'un contenu externe ''<$text text={{!!_canonical_uri}}/>''</p><p>Si ce message ne disparaît pas, il est possible que vous deviez ajuster le type de contenu du tiddler en fonction du type de votre contenu externe, ou vous utilisez peut-être un navigateur qui n'accepte pas les contenus externes dans cette configuration. Voir https://tiddlywiki.com/#ExternalText</p>"
        },
        "$:/language/LoginToTiddlySpace": {
            "title": "$:/language/LoginToTiddlySpace",
            "text": "Identification sur TiddlySpace"
        },
        "$:/language/Manager/Controls/FilterByTag/None": {
            "title": "$:/language/Manager/Controls/FilterByTag/None",
            "text": "(aucun)"
        },
        "$:/language/Manager/Controls/FilterByTag/Prompt": {
            "title": "$:/language/Manager/Controls/FilterByTag/Prompt",
            "text": "Filtrer par tag :"
        },
        "$:/language/Manager/Controls/Order/Prompt": {
            "title": "$:/language/Manager/Controls/Order/Prompt",
            "text": "Ordre inverse"
        },
        "$:/language/Manager/Controls/Search/Placeholder": {
            "title": "$:/language/Manager/Controls/Search/Placeholder",
            "text": "Recherche"
        },
        "$:/language/Manager/Controls/Search/Prompt": {
            "title": "$:/language/Manager/Controls/Search/Prompt",
            "text": "Rechercher :"
        },
        "$:/language/Manager/Controls/Show/Option/Tags": {
            "title": "$:/language/Manager/Controls/Show/Option/Tags",
            "text": "tags"
        },
        "$:/language/Manager/Controls/Show/Option/Tiddlers": {
            "title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
            "text": "tiddlers"
        },
        "$:/language/Manager/Controls/Show/Prompt": {
            "title": "$:/language/Manager/Controls/Show/Prompt",
            "text": "Afficher :"
        },
        "$:/language/Manager/Controls/Sort/Prompt": {
            "title": "$:/language/Manager/Controls/Sort/Prompt",
            "text": "Trier par :"
        },
        "$:/language/Manager/Item/Colour": {
            "title": "$:/language/Manager/Item/Colour",
            "text": "Couleur"
        },
        "$:/language/Manager/Item/Fields": {
            "title": "$:/language/Manager/Item/Fields",
            "text": "Champs"
        },
        "$:/language/Manager/Item/Icon/None": {
            "title": "$:/language/Manager/Item/Icon/None",
            "text": "(aucune)"
        },
        "$:/language/Manager/Item/Icon": {
            "title": "$:/language/Manager/Item/Icon",
            "text": "Icône"
        },
        "$:/language/Manager/Item/RawText": {
            "title": "$:/language/Manager/Item/RawText",
            "text": "Texte brut"
        },
        "$:/language/Manager/Item/Tags": {
            "title": "$:/language/Manager/Item/Tags",
            "text": "Tags"
        },
        "$:/language/Manager/Item/Tools": {
            "title": "$:/language/Manager/Item/Tools",
            "text": "Outils"
        },
        "$:/language/Manager/Item/WikifiedText": {
            "title": "$:/language/Manager/Item/WikifiedText",
            "text": "Texte wikifié"
        },
        "$:/language/MissingTiddler/Hint": {
            "title": "$:/language/MissingTiddler/Hint",
            "text": "Le tiddler « <$text text=<<currentTiddler>>/> » est manquant"
        },
        "$:/language/- cliquez sur {{||$": {
            "title": "$:/language/- cliquez sur {{||$",
            "text": "core/ui/Buttons/edit}} pour le créer"
        },
        "$:/language/No": {
            "title": "$:/language/No",
            "text": "Non"
        },
        "$:/language/OfficialPluginLibrary": {
            "title": "$:/language/OfficialPluginLibrary",
            "text": "Bibliothèque officielle des plugins ~TiddlyWiki"
        },
        "$:/language/OfficialPluginLibrary/Hint": {
            "title": "$:/language/OfficialPluginLibrary/Hint",
            "text": "La bibliothèque officielle des plugins ~TiddlyWiki sur tiddlywiki.com. Plugins, thèmes et packs pour les différentes langues sont maintenus par l'équipe responsable du noyau."
        },
        "$:/language/PluginReloadWarning": {
            "title": "$:/language/PluginReloadWarning",
            "text": "Merci d'enregistrer {{$:/core/ui/Buttons/save-wiki}} et de recharger {{$:/core/ui/Buttons/refresh}} pour que les changements apportés aux plugins prennent effet"
        },
        "$:/language/RecentChanges/DateFormat": {
            "title": "$:/language/RecentChanges/DateFormat",
            "text": "DD MMM YYYY"
        },
        "$:/language/SystemTiddler/Tooltip": {
            "title": "$:/language/SystemTiddler/Tooltip",
            "text": "Ceci est un tiddler système"
        },
        "$:/language/SystemTiddlers/Include/Prompt": {
            "title": "$:/language/SystemTiddlers/Include/Prompt",
            "text": "Inclure les tiddlers système"
        },
        "$:/language/TagManager/Colour/Heading": {
            "title": "$:/language/TagManager/Colour/Heading",
            "text": "Couleur"
        },
        "$:/language/TagManager/Count/Heading": {
            "title": "$:/language/TagManager/Count/Heading",
            "text": "Total"
        },
        "$:/language/TagManager/Icon/Heading": {
            "title": "$:/language/TagManager/Icon/Heading",
            "text": "Icône"
        },
        "$:/language/TagManager/Info/Heading": {
            "title": "$:/language/TagManager/Info/Heading",
            "text": "Info"
        },
        "$:/language/TagManager/Tag/Heading": {
            "title": "$:/language/TagManager/Tag/Heading",
            "text": "Tag"
        },
        "$:/language/Tiddler/DateFormat": {
            "title": "$:/language/Tiddler/DateFormat",
            "text": "DD MMM YYYY à hhhmm"
        },
        "$:/language/UnsavedChangesWarning": {
            "title": "$:/language/UnsavedChangesWarning",
            "text": "Vos dernières modifications n'ont pas été sauvegardées dans votre TiddlyWiki"
        },
        "$:/language/Yes": {
            "title": "$:/language/Yes",
            "text": "Oui"
        },
        "$:/language/Modals/Download": {
            "title": "$:/language/Modals/Download",
            "type": "text/vnd.tiddlywiki",
            "subtitle": "Télécharger vos modifications",
            "footer": "<$button message=\"tm-close-tiddler\">Fermer</$button>",
            "help": "https://tiddlywiki.com/static/DownloadingChanges.html",
            "text": "Votre navigateur ne supporte que l'enregistrement manuel.\n\nPour enregistrer les modifications de votre wiki, faites un clic droit sur le lien de téléchargement ci-dessous et choisissez \"Enregistrer...\" ou \"Télécharger...\", puis choisissez le répertoire et le nom de fichier.\n\n//Il est possible d'accélérer un peu les choses en cliquant sur le lien tout en appuyant sur la touche contrôle (sous Windows) ou la touche option/alt (sous MacOS X). On ne vous demandera pas un nom de fichier ou de répertoire, mais votre navigateur proposera probablement un nom difficile à identifier — il vous faudra sans doute le renommer pour lui ajouter une extension .html avant qu'il soit effectivement utilisable.//\n\nSur les smartphones qui n'autorisent pas le téléchargement de fichiers, vous pouvez ajouter le lien à vos favoris/signets, puis synchroniser vos signets vers un ordinateur de bureau, d'où le wiki pourra être enregistré normalement.\n"
        },
        "$:/language/Modals/SaveInstructions": {
            "title": "$:/language/Modals/SaveInstructions",
            "type": "text/vnd.tiddlywiki",
            "subtitle": "Enregistrez votre travail",
            "footer": "<$button message=\"tm-close-tiddler\">Fermer</$button>",
            "help": "https://tiddlywiki.com/static/SavingChanges.html",
            "text": "Les modifications effectuées dans ce wiki doivent être sauvegardées sous forme de fichier ~TiddlyWiki HTML.\n\n!!! Navigateurs de bureau\n\n# Sélectionnez ''Enregistrer sous'' depuis le menu ''Fichier''\n# Choisissez un nom de fichier et un dossier\n#* Certains navigateurs demandent aussi de spécifier explicitement le format d'enregistrement, à savoir ''Page Web, HTML uniquement'' ou quelque chose d'approchant\n# Fermez cet onglet\n\n!!! Navigateurs sur smartphone\n\n# Créez un favori/signet pour cette page\n#* Si vous utilisez iCloud ou Google Sync, le signet sera automatiquement synchronisé avec le navigateur de votre ordinateur de bureau, d'où vous pourrez l'ouvrir et enregistrer le fichier comme indiqué ci-dessus\n# Fermez cet onglet\n\n//Si vous ouvrez à nouveau le signet dans Safari pour mobile, vous verrez ce message une nouvelle fois. Si vous voulez continuer et utiliser le fichier, cliquez simplement sur le bouton ''Fermer'' ci-dessous//\n"
        },
        "$:/config/NewJournal/Title": {
            "title": "$:/config/NewJournal/Title",
            "text": "DD MMM YYYY"
        },
        "$:/config/NewJournal/Tags": {
            "title": "$:/config/NewJournal/Tags",
            "text": "Journal"
        },
        "$:/language/Notifications/Save/Done": {
            "title": "$:/language/Notifications/Save/Done",
            "text": "Wiki enregistré"
        },
        "$:/language/Notifications/Save/Starting": {
            "title": "$:/language/Notifications/Save/Starting",
            "text": "Enregistrement du wiki en cours"
        },
        "$:/language/Search/DefaultResults/Caption": {
            "title": "$:/language/Search/DefaultResults/Caption",
            "text": "Liste"
        },
        "$:/language/Search/Filter/Caption": {
            "title": "$:/language/Search/Filter/Caption",
            "text": "Filtrer"
        },
        "$:/language/Search/Filter/Hint": {
            "title": "$:/language/Search/Filter/Hint",
            "text": "Recherche via une combinaison de [[filtres|https://tiddlywiki.com/static/Filters.html]]"
        },
        "$:/language/Search/Filter/Matches": {
            "title": "$:/language/Search/Filter/Matches",
            "text": "//<small><<resultCount>> correspondances</small>//"
        },
        "$:/language/Search/Matches": {
            "title": "$:/language/Search/Matches",
            "text": "//<small><<resultCount>> correspondances</small>//"
        },
        "$:/language/Search/Matches/All": {
            "title": "$:/language/Search/Matches/All",
            "text": "Toutes les correspondances :"
        },
        "$:/language/Search/Matches/Title": {
            "title": "$:/language/Search/Matches/Title",
            "text": "Correspondances sur les titres :"
        },
        "$:/language/Search/Search": {
            "title": "$:/language/Search/Search",
            "text": "Recherch"
        },
        "$:/language/Search/Search/TooShort": {
            "title": "$:/language/Search/Search/TooShort",
            "text": "Texte de recherche trop court"
        },
        "$:/language/Search/Shadows/Caption": {
            "title": "$:/language/Search/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/Search/Shadows/Hint": {
            "title": "$:/language/Search/Shadows/Hint",
            "text": "Recherche parmi les tiddlers //shadow//"
        },
        "$:/language/Search/Shadows/Matches": {
            "title": "$:/language/Search/Shadows/Matches",
            "text": "//<small><<resultCount>> correspondances</small>//"
        },
        "$:/language/Search/Standard/Caption": {
            "title": "$:/language/Search/Standard/Caption",
            "text": "Standard"
        },
        "$:/language/Search/Standard/Hint": {
            "title": "$:/language/Search/Standard/Hint",
            "text": "Recherche parmi les tiddlers standard"
        },
        "$:/language/Search/Standard/Matches": {
            "title": "$:/language/Search/Standard/Matches",
            "text": "//<small><<resultCount>> correspondances</small>//"
        },
        "$:/language/Search/System/Caption": {
            "title": "$:/language/Search/System/Caption",
            "text": "Système"
        },
        "$:/language/Search/System/Hint": {
            "title": "$:/language/Search/System/Hint",
            "text": "Recherche parmi les tiddlers //système//"
        },
        "$:/language/Search/System/Matches": {
            "title": "$:/language/Search/System/Matches",
            "text": "//<small><<resultCount>> correspondances</small>//"
        },
        "$:/language/SideBar/All/Caption": {
            "title": "$:/language/SideBar/All/Caption",
            "text": "Tout"
        },
        "$:/language/SideBar/Contents/Caption": {
            "title": "$:/language/SideBar/Contents/Caption",
            "text": "Sommaire"
        },
        "$:/language/SideBar/Drafts/Caption": {
            "title": "$:/language/SideBar/Drafts/Caption",
            "text": "Brouillons"
        },
        "$:/language/SideBar/Missing/Caption": {
            "title": "$:/language/SideBar/Missing/Caption",
            "text": "Manquants"
        },
        "$:/language/SideBar/More/Caption": {
            "title": "$:/language/SideBar/More/Caption",
            "text": "Plus"
        },
        "$:/language/SideBar/Open/Caption": {
            "title": "$:/language/SideBar/Open/Caption",
            "text": "Ouverts"
        },
        "$:/language/SideBar/Orphans/Caption": {
            "title": "$:/language/SideBar/Orphans/Caption",
            "text": "Orphelins"
        },
        "$:/language/SideBar/Recent/Caption": {
            "title": "$:/language/SideBar/Recent/Caption",
            "text": "Récents"
        },
        "$:/language/SideBar/Shadows/Caption": {
            "title": "$:/language/SideBar/Shadows/Caption",
            "text": "Shadows"
        },
        "$:/language/SideBar/System/Caption": {
            "title": "$:/language/SideBar/System/Caption",
            "text": "Système"
        },
        "$:/language/SideBar/Tags/Caption": {
            "title": "$:/language/SideBar/Tags/Caption",
            "text": "Tags"
        },
        "$:/language/SideBar/Tags/Untagged/Caption": {
            "title": "$:/language/SideBar/Tags/Untagged/Caption",
            "text": "sans tag"
        },
        "$:/language/SideBar/Tools/Caption": {
            "title": "$:/language/SideBar/Tools/Caption",
            "text": "Outils"
        },
        "$:/language/SideBar/Types/Caption": {
            "title": "$:/language/SideBar/Types/Caption",
            "text": "Types"
        },
        "$:/SiteSubtitle": {
            "title": "$:/SiteSubtitle",
            "text": "un carnet de notes web personnel et non linéaire"
        },
        "$:/SiteTitle": {
            "title": "$:/SiteTitle",
            "text": "Mon ~TiddlyWiki"
        },
        "$:/language/Snippets/ListByTag": {
            "title": "$:/language/Snippets/ListByTag",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Liste de tiddlers par tag",
            "text": "<<list-links \"[tag[task]sort[title]]\">>\n"
        },
        "$:/language/Snippets/MacroDefinition": {
            "title": "$:/language/Snippets/MacroDefinition",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Définition de macro",
            "text": "\\define Nomdemacro(param1:\"valeur par défaut\",param2)\nTexte de la macro\n\\end\n"
        },
        "$:/language/Snippets/Table4x3": {
            "title": "$:/language/Snippets/Table4x3",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Tableau avec 4 colonnes par trois lignes",
            "text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!Un | | | | |\n|!Deux | | | | |\n|!Trois | | | | |\n"
        },
        "$:/language/Snippets/TableOfContents": {
            "title": "$:/language/Snippets/TableOfContents",
            "tags": "$:/tags/TextEditor/Snippet",
            "caption": "Table des matières",
            "text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
        },
        "$:/language/ThemeTweaks/ThemeTweaks": {
            "title": "$:/language/ThemeTweaks/ThemeTweaks",
            "text": "Réglages du thème"
        },
        "$:/language/ThemeTweaks/ThemeTweaks/Hint": {
            "title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
            "text": "Vous pouvez ajuster certains aspects du thème ''Vanilla''."
        },
        "$:/language/ThemeTweaks/Options": {
            "title": "$:/language/ThemeTweaks/Options",
            "text": "Options"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout",
            "text": "Agencement de la barre latérale"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
            "text": "Déroulé fixe, barre latérale extensible"
        },
        "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
            "title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
            "text": "Déroulé extensible, barre latérale fixe"
        },
        "$:/language/ThemeTweaks/Options/StickyTitles": {
            "title": "$:/language/ThemeTweaks/Options/StickyTitles",
            "text": "Titres accrochés"
        },
        "$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
            "title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
            "text": "Lorsqu'on fait défiler le déroulé, les titres des tiddlers s'accrochent en haut de la fenêtre du navigateur tant que le contenu de leur tiddler est visible. Attention : ne fonctionne pas du tout avec Chrome, et peut causer quelques problèmes de mise en page dans Firefox"
        },
        "$:/language/ThemeTweaks/Options/CodeWrapping": {
            "title": "$:/language/ThemeTweaks/Options/CodeWrapping",
            "text": "Enroule les lignes trop longues à l'intérieur des blocs de code"
        },
        "$:/language/ThemeTweaks/Settings": {
            "title": "$:/language/ThemeTweaks/Settings",
            "text": "Réglages"
        },
        "$:/language/ThemeTweaks/Settings/FontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/FontFamily",
            "text": "Famille de polices"
        },
        "$:/language/ThemeTweaks/Settings/CodeFontFamily": {
            "title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
            "text": "Famille de polices pour le code"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImage": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
            "text": "Image de fond de page"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
            "text": "Arrimage de l'image de fond de page"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
            "text": "Défile avec les tiddlers"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
            "text": "Arrimée à la fenêtre"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
            "text": "Taille de l'image de fond de page"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
            "text": "Auto"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
            "text": "Élargie"
        },
        "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
            "title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
            "text": "Contenue"
        },
        "$:/language/ThemeTweaks/Metrics": {
            "title": "$:/language/ThemeTweaks/Metrics",
            "text": "Tailles"
        },
        "$:/language/ThemeTweaks/Metrics/FontSize": {
            "title": "$:/language/ThemeTweaks/Metrics/FontSize",
            "text": "Taille police"
        },
        "$:/language/ThemeTweaks/Metrics/LineHeight": {
            "title": "$:/language/ThemeTweaks/Metrics/LineHeight",
            "text": "Hauteur ligne"
        },
        "$:/language/ThemeTweaks/Metrics/BodyFontSize": {
            "title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
            "text": "Taille de la police dans le corps des tiddlers"
        },
        "$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
            "title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
            "text": "Hauteur de ligne dans le corps des tiddlers"
        },
        "$:/language/ThemeTweaks/Metrics/StoryLeft": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
            "text": "Gauche du déroulé"
        },
        "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
            "text": "marge gauche entre le déroulé principal<br>(zone des tiddlers) et le bord gauche de la page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryTop": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryTop",
            "text": "Haut du déroulé"
        },
        "$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
            "text": "marge supérieure entre le déroulé pincipal<br>et le bord supérieur de la page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryRight": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryRight",
            "text": "Droite du déroulé"
        },
        "$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
            "text": "marge de gauche entre la barre latérale<br>et le bord gauche de la page"
        },
        "$:/language/ThemeTweaks/Metrics/StoryWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
            "text": "Largeur du déroulé"
        },
        "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
            "text": "largeur hors tout du déroulé"
        },
        "$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
            "text": "Largeur des tiddlers"
        },
        "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
            "text": "largeur des tiddlers dans le déroulé"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
            "text": "Décroché de la barre latérale"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
            "text": "largeur minimum de la page à partir de laquelle déroulé principal et barre latérale apparaissent côte à côte"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarWidth": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
            "text": "Largeur de la barre latérale"
        },
        "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
            "title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
            "text": "largeur de la barre latérale dans l'agencement //déroulé extensible—barre latérale fixe//"
        },
        "$:/language/TiddlerInfo/Advanced/Caption": {
            "title": "$:/language/TiddlerInfo/Advanced/Caption",
            "text": "Avancé"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
            "text": "aucune information"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
            "text": "Détails sur le plugin"
        },
        "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
            "text": "Ce plugin contient les tiddlers <q>shadow</q> suivants :"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
            "text": "Statut <q>shadow</q>"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
            "text": "Le tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> n'est pas un tiddler <q>shadow</q>"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
            "text": "Le tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> est un tiddler <q>shadow</q>"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
            "text": "Il est défini dans le plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
        },
        "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
            "title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
            "text": "Il est modifié par un tiddler normal"
        },
        "$:/language/TiddlerInfo/Fields/Caption": {
            "title": "$:/language/TiddlerInfo/Fields/Caption",
            "text": "Champs"
        },
        "$:/language/TiddlerInfo/List/Caption": {
            "title": "$:/language/TiddlerInfo/List/Caption",
            "text": "Liste"
        },
        "$:/language/TiddlerInfo/List/Empty": {
            "title": "$:/language/TiddlerInfo/List/Empty",
            "text": "Ce tiddler ne contient pas de champ //list//"
        },
        "$:/language/TiddlerInfo/Listed/Caption": {
            "title": "$:/language/TiddlerInfo/Listed/Caption",
            "text": "Listé"
        },
        "$:/language/TiddlerInfo/Listed/Empty": {
            "title": "$:/language/TiddlerInfo/Listed/Empty",
            "text": "Ce tiddler ne figure dans le champ //list// d'aucun autre tiddler"
        },
        "$:/language/TiddlerInfo/References/Caption": {
            "title": "$:/language/TiddlerInfo/References/Caption",
            "text": "Références"
        },
        "$:/language/TiddlerInfo/References/Empty": {
            "title": "$:/language/TiddlerInfo/References/Empty",
            "text": "Aucun tiddler ne comporte de lien vers celui-ci"
        },
        "$:/language/TiddlerInfo/Tagging/Caption": {
            "title": "$:/language/TiddlerInfo/Tagging/Caption",
            "text": "Étiquetage"
        },
        "$:/language/TiddlerInfo/Tagging/Empty": {
            "title": "$:/language/TiddlerInfo/Tagging/Empty",
            "text": "Le titre de ce tiddler ne sert de tag à aucun tiddler"
        },
        "$:/language/TiddlerInfo/Tools/Caption": {
            "title": "$:/language/TiddlerInfo/Tools/Caption",
            "text": "Outils"
        },
        "$:/language/Docs/Types/application/javascript": {
            "title": "$:/language/Docs/Types/application/javascript",
            "description": "Code JavaScript",
            "name": "application/javascript",
            "group": "Développeur",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/application/json": {
            "title": "$:/language/Docs/Types/application/json",
            "description": "Données au format JSON",
            "name": "application/json",
            "group": "Développeur",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/application/x-tiddler-dictionary": {
            "title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
            "description": "Dictionnaire de données",
            "name": "application/x-tiddler-dictionary",
            "group": "Développeur",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/image/gif": {
            "title": "$:/language/Docs/Types/image/gif",
            "description": "Image au format GIF",
            "name": "image/gif",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/jpeg": {
            "title": "$:/language/Docs/Types/image/jpeg",
            "description": "Image au format JPEG",
            "name": "image/jpeg",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/png": {
            "title": "$:/language/Docs/Types/image/png",
            "description": "Image au format PNG",
            "name": "image/png",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/svg+xml": {
            "title": "$:/language/Docs/Types/image/svg+xml",
            "description": "Image au format SVG",
            "name": "image/svg+xml",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/image/x-icon": {
            "title": "$:/language/Docs/Types/image/x-icon",
            "description": "Fichier icone au format ICO",
            "name": "image/x-icon",
            "group": "Image",
            "group-sort": "1"
        },
        "$:/language/Docs/Types/text/css": {
            "title": "$:/language/Docs/Types/text/css",
            "description": "Feuille de style CSS statique",
            "name": "text/css",
            "group": "Développeur",
            "group-sort": "2"
        },
        "$:/language/Docs/Types/text/html": {
            "title": "$:/language/Docs/Types/text/html",
            "description": "Marquage HTML",
            "name": "text/html",
            "group": "Texte",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/plain": {
            "title": "$:/language/Docs/Types/text/plain",
            "description": "Format texte",
            "name": "text/plain",
            "group": "Texte",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/vnd.tiddlywiki": {
            "title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
            "description": "TiddlyWiki version 5",
            "name": "text/vnd.tiddlywiki",
            "group": "Texte",
            "group-sort": "0"
        },
        "$:/language/Docs/Types/text/x-tiddlywiki": {
            "title": "$:/language/Docs/Types/text/x-tiddlywiki",
            "description": "TiddlyWiki Classic",
            "name": "text/x-tiddlywiki",
            "group": "Texte",
            "group-sort": "0"
        },
        "$:/languages/fr-FR/icon": {
            "title": "$:/languages/fr-FR/icon",
            "type": "image/svg+xml",
            "text": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"900\" height=\"600\"><rect width=\"900\" height=\"600\" fill=\"#ED2939\"/><rect width=\"600\" height=\"600\" fill=\"#fff\"/><rect width=\"300\" height=\"600\" fill=\"#002395\"/></svg>\n"
        }
    }
}

''Note'': If the checkboxes ( 🔳 or 🔲 ) are missing,  please install the [[toggle|http://toggle.tiddlyspot.com/]] macro.

Attention: Il y a un problème avec la dernière ligne de choix: Ctrlpanel. 

En cliquant sur un des choix de la checkbox, l'onglet Leftbar est carrément supprimé de la ~SideBar. 

Supprimer cette option ou réviser le code.

Source: http://leftbar.tiddlyspot.com/

*Pour modifier le contenu de cet assistant, éditez le Tiddler $:/leftbar-system-help
*Pour Modifier le contenu de la barre de menu. éditez le Tiddler $:/plugins/TWaddle/LeftBar/Menu 
*Les deux systèmes de menu cohabitent ici. Voir: $:/core/ui/SideBar/TableOfContents
*Pour modifier l'ordre d'aparition des titres de ce menu, voyez [[Index Menu]]

/*\
title: $:/macros/skeeve/rojo.js
type: application/javascript
module-type: macro

\*/
(function(){

/*jslint node: true, browser: true */
/*global $tw: false */
"use strict";

/*
Information about this macro
This is developed to put some text in red.
*/

exports.name = "rojo";

exports.params = [
	{ name: "textToColorize" }
];

/*
Run the macro
*/
exports.run = function(textToColorize) {
	if( !textToColorize) textToColorize = "IMPORTANT";
		return spanize(textToColorize,"red");
    
    function spanize(texto,color){
    	return "<span style='color:" + color + "'>" + texto + "</span>";
    }

};

})();

\define textSlider(label text)

<$reveal type="nomatch" state="$:/state/$label$" text="show">

<$button set="$:/state/$label$" setTo="show" class="tc-btn-invisible"><i class="fa fa-angle-right" aria-hidden="true"></i>
$label$</$button> 

</$reveal>
<$reveal type="match" state="$:/state/$label$" text="show">

<$button set="$:/state/$label$" setTo="hide" class="tc-btn-invisible"><i class="fa fa-angle-down" aria-hidden="true"></i> 
$label$</$button>

$text$

</$reveal>

\end

{{$:/admin/config/Buttons/menu}}

{{$:/plugins/tongerner/topmenu/settings}}

$:/palettes/Vanilla

alert-background: #ffe476
alert-border: #b99e2f
alert-highlight: #881122
alert-muted-foreground: #b99e2f
background: #F5F5F5
blockquote-bar: <<colour muted-foreground>>
button-background: 
button-foreground: 
button-border: 
code-background: #34495E
code-border: #2C3E50
code-foreground: #F5F5F5
dirty-indicator: #E74C3C
download-background: #2ECC71
download-foreground: <<colour background>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: #f6f6f6
dropdown-border: <<colour muted-foreground>>
dropdown-tab-background-selected: 
dropdown-tab-background: 
dropzone-background: rgba(0,200,0,0.7)
external-link-background-hover: inherit
external-link-background-visited: inherit
external-link-background: inherit
external-link-foreground-hover: #34495E
external-link-foreground-visited: inherit
external-link-foreground: #3498db
foreground: #2c3e50
message-background: #ecf2ff
message-border: #3498DB
message-foreground: #547599
modal-backdrop: <<colour foreground>>
modal-background: <<colour background>>
modal-border: #999999
modal-footer-background: #7F8C8D
modal-footer-border: #dddddd
modal-header-border: #eeeeee
muted-foreground: #dddddd
notification-background: #ffffdd
notification-border: #999999
page-background: #2c3e50
pre-background: #ffffff
pre-border: #1abc9c
primary: #3498db
sidebar-button-foreground: <<colour foreground>>
sidebar-controls-foreground-hover: #f1c40f
sidebar-controls-foreground: #F5F5F5
sidebar-foreground-shadow: rgba(0,0,0, 0.5)
sidebar-foreground: #7f8c8d
sidebar-muted-foreground-hover: #E74C3C
sidebar-muted-foreground: #7F8C8D
sidebar-tab-background-selected: rgba(255,255,255, 0.2)
sidebar-tab-background: rgba(255,255,255, 0.6)
sidebar-tab-border-selected: <<colour tab-border-selected>>
sidebar-tab-border: <<colour tab-border>>
sidebar-tab-divider: rgba(255,255,255, 0.1)
sidebar-tab-foreground-selected: 
sidebar-tab-foreground: <<colour tab-foreground>>
sidebar-tiddler-link-foreground-hover: 
sidebar-tiddler-link-foreground: 
site-title-foreground: #2ECC71
static-alert-foreground: #aaaaaa
tab-background-selected: <<colour background>>
tab-background: #BDC3C7
tab-border-selected: #d8d8d8
tab-border: #bdc3c7
tab-divider: #d8d8d8
tab-foreground-selected: <<colour tab-foreground>>
tab-foreground: 
table-border: #dddddd
table-footer-background: #a8a8a8
table-header-background: #f0f0f0
tag-background: #f1c40f
tag-foreground: #ffffff
tiddler-background: <<colour background>>
tiddler-border: <<colour background>>
tiddler-controls-foreground-hover: #7F8C8D
tiddler-controls-foreground-selected: #E0E0E0
tiddler-controls-foreground: #7F8C8D
tiddler-editor-background: #E0E0E0
tiddler-editor-border-image: #7F8C8D
tiddler-editor-border: #BDC3C7
tiddler-editor-fields-even: #e0e8e0
tiddler-editor-fields-odd: #f0f4f0
tiddler-info-background: #7F8C8D
tiddler-info-border: #E0E0E0
tiddler-info-tab-background: #7F8C8D
tiddler-link-background: <<colour background>>
tiddler-link-foreground: <<colour primary>>
tiddler-subtitle-foreground: #7f8c8d
tiddler-title-foreground: #2C3E50
toolbar-new-button: 
toolbar-options-button: 
toolbar-save-button: 
toolbar-info-button: 
toolbar-edit-button: #3498DB
toolbar-close-button: #34495E
toolbar-delete-button: #E74C3C
toolbar-cancel-button: #373d49
toolbar-done-button: #2ECC71
untagged-background: #95a5a6
very-muted-foreground: #888888
external-link: inherit

titre: open_sanslight
tiddler: Consolas
h1: open_sansextrabold
h2: open_sanssemibold
h3: open_sansbold
kbd: open_sanssemibold
code: open_sanslight
p: titilliumregular
h4: Verdana
h5: Verdana

alert-background: #ffe476
alert-border: #b99e2f
alert-highlight: #881122
alert-muted-foreground: #b99e2f
background: #e7e7e8
blockquote-bar: <<colour muted-foreground>>
button-background: 
button-foreground: 
button-border: 
code-background: #d9d8d8
code-border: #5a5758
code-foreground: #ee2e24
dirty-indicator: #ff0000
download-background: #34c734
download-foreground: <<colour background>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: <<colour background>>
dropdown-border: <<colour muted-foreground>>
dropdown-tab-background-selected: #fff
dropdown-tab-background: #ececec
dropzone-background: rgba(0,200,0,0.7)
external-link-background-hover: inherit
external-link-background-visited: inherit
external-link-background: inherit
external-link-foreground-hover: inherit
external-link-foreground-visited: #0000aa
external-link-foreground: #1c3f95
foreground: #231f20
message-background: #ecf2ff
message-border: #cfd6e6
message-foreground: #547599
modal-backdrop: <<colour foreground>>
modal-background: <<colour background>>
modal-border: #999999
modal-footer-background: #f5f5f5
modal-footer-border: #dddddd
modal-header-border: #eeeeee
muted-foreground: #bbb
notification-background: #ffffdd
notification-border: #999999
page-background: #231f20
pre-background: #ffffff
pre-border: #85cebc
primary: #1c3f95
sidebar-button-foreground: <<colour foreground>>
sidebar-controls-foreground-hover: #000000
sidebar-controls-foreground: #aaaaaa
sidebar-foreground-shadow: rgba(255,255,255, 0.8)
sidebar-foreground: #acacac
sidebar-muted-foreground-hover: #444444
sidebar-muted-foreground: #c0c0c0
sidebar-tab-background-selected: #f4f4f4
sidebar-tab-background: #e0e0e0
sidebar-tab-border-selected: <<colour tab-border-selected>>
sidebar-tab-border: <<colour tab-border>>
sidebar-tab-divider: #e4e4e4
sidebar-tab-foreground-selected: 
sidebar-tab-foreground: <<colour tab-foreground>>
sidebar-tiddler-link-foreground-hover: #ffffff
sidebar-tiddler-link-foreground: #999999
site-title-foreground: #009ddc
static-alert-foreground: #aaaaaa
tab-background-selected: #ffffff
tab-background: #d8d8d8
tab-border-selected: #d8d8d8
tab-border: #cccccc
tab-divider: #d8d8d8
tab-foreground-selected: <<colour tab-foreground>>
tab-foreground: #666666
table-border: #dddddd
table-footer-background: #a8a8a8
table-header-background: #f0f0f0
tag-background: #ffd204
tag-foreground: #ffffff
tiddler-background: <<colour background>>
tiddler-border: <<colour background>>
tiddler-controls-foreground-hover: #888888
tiddler-controls-foreground-selected: #444444
tiddler-controls-foreground: #cccccc
tiddler-editor-background: #f8f8f8
tiddler-editor-border-image: #ffffff
tiddler-editor-border: #cccccc
tiddler-editor-fields-even: #e0e8e0
tiddler-editor-fields-odd: #f0f4f0
tiddler-info-background: #f8f8f8
tiddler-info-border: #dddddd
tiddler-info-tab-background: #f8f8f8
tiddler-link-background: <<colour background>>
tiddler-link-foreground: <<colour primary>>
tiddler-subtitle-foreground: #c0c0c0
tiddler-title-foreground: #98005d
toolbar-new-button: 
toolbar-options-button: 
toolbar-save-button: 
toolbar-info-button: 
toolbar-edit-button: #009ddc
toolbar-close-button: #5a5758
toolbar-delete-button: #ee2e24
toolbar-cancel-button: #959ca1
toolbar-done-button: #00853e
untagged-background: #999999
very-muted-foreground: #888888

alert-background: #ffe476
alert-border: #b99e2f
alert-highlight: #881122
alert-muted-foreground: #b99e2f
background: #f5eeeb
blockquote-bar: <<colour muted-foreground>>
button-background: 
button-foreground: 
button-border: 
code-background: #e9e1dd
code-border: #a89bb9
code-foreground: #cb6077
dirty-indicator: #ff0000
download-background: #34c734
download-foreground: <<colour background>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: <<colour background>>
dropdown-border: <<colour muted-foreground>>
dropdown-tab-background-selected: #fff
dropdown-tab-background: #ececec
dropzone-background: rgba(0,200,0,0.7)
external-link-background-hover: inherit
external-link-background-visited: inherit
external-link-background: inherit
external-link-foreground-hover: inherit
external-link-foreground-visited: #0000aa
external-link-foreground: #a89bb9
foreground: #3b3228
message-background: #ecf2ff
message-border: #cfd6e6
message-foreground: #547599
modal-backdrop: <<colour foreground>>
modal-background: <<colour background>>
modal-border: #999999
modal-footer-background: #f5f5f5
modal-footer-border: #dddddd
modal-header-border: #eeeeee
muted-foreground: #bbb
notification-background: #ffffdd
notification-border: #999999
page-background: #3b3228
pre-background: #ffffff
pre-border: #7bbda4
primary: #8ab3b5
sidebar-button-foreground: <<colour foreground>>
sidebar-controls-foreground-hover: #000000
sidebar-controls-foreground: #aaaaaa
sidebar-foreground-shadow: rgba(255,255,255, 0.8)
sidebar-foreground: #acacac
sidebar-muted-foreground-hover: #444444
sidebar-muted-foreground: #c0c0c0
sidebar-tab-background-selected: #f4f4f4
sidebar-tab-background: #e0e0e0
sidebar-tab-border-selected: <<colour tab-border-selected>>
sidebar-tab-border: <<colour tab-border>>
sidebar-tab-divider: #e4e4e4
sidebar-tab-foreground-selected: 
sidebar-tab-foreground: <<colour tab-foreground>>
sidebar-tiddler-link-foreground-hover: #444444
sidebar-tiddler-link-foreground: #999999
site-title-foreground: #cb6077
static-alert-foreground: #aaaaaa
tab-background-selected: #ffffff
tab-background: #d8d8d8
tab-border-selected: #d8d8d8
tab-border: #cccccc
tab-divider: #d8d8d8
tab-foreground-selected: <<colour tab-foreground>>
tab-foreground: #666666
table-border: #dddddd
table-footer-background: #a8a8a8
table-header-background: #f0f0f0
tag-background: #beb55b
tag-foreground: #ffffff
tiddler-background: <<colour background>>
tiddler-border: <<colour background>>
tiddler-controls-foreground-hover: #888888
tiddler-controls-foreground-selected: #444444
tiddler-controls-foreground: #cccccc
tiddler-editor-background: #f8f8f8
tiddler-editor-border-image: #ffffff
tiddler-editor-border: #cccccc
tiddler-editor-fields-even: #e0e8e0
tiddler-editor-fields-odd: #f0f4f0
tiddler-info-background: #f8f8f8
tiddler-info-border: #dddddd
tiddler-info-tab-background: #f8f8f8
tiddler-link-background: <<colour background>>
tiddler-link-foreground: <<colour primary>>
tiddler-subtitle-foreground: #c0c0c0
tiddler-title-foreground: #d28b71
toolbar-new-button: 
toolbar-options-button: 
toolbar-save-button: 
toolbar-info-button: 
toolbar-edit-button: #8ab3b5
toolbar-close-button: #b8afad
toolbar-delete-button: #cb6077
toolbar-cancel-button: #bb9584
toolbar-done-button: #7bbda4
untagged-background: #999999
very-muted-foreground: #888888

alert-background: #ffe476
alert-border: #b99e2f
alert-highlight: #881122
alert-muted-foreground: #b99e2f
background: #ffffff
blockquote-bar: 
button-background: 
button-foreground: 
button-border: 
code-background: #f7f7f9
code-border: #e1e1e8
code-foreground: #dd1144
dirty-indicator: #ff0000
download-background: #34c734
download-foreground: <<colour foreground>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: #ffdab9
dropdown-border: #ff0000
dropdown-tab-background-selected: 
dropdown-tab-background: 
dropzone-background: 
external-link-background-hover: 
external-link-background-visited: 
external-link-background: 
external-link-foreground-hover: 
external-link-foreground-visited: 
external-link-foreground: 
foreground: #0000a0
message-background: 
message-border: 
message-foreground: 
modal-backdrop: 
modal-background: 
modal-border: 
modal-footer-background: 
modal-footer-border: 
modal-header-border: 
muted-foreground: 
notification-background: #FFFFDD
notification-border: 
page-background: 
pre-background: #FCFAE1
pre-border: 
primary: 
sidebar-button-foreground: 
sidebar-controls-foreground-hover: 
sidebar-controls-foreground: 
sidebar-foreground-shadow: #ffff00
sidebar-foreground: #0000a0
sidebar-muted-foreground-hover: #ffff00
sidebar-muted-foreground: #ffff00
sidebar-tab-background-selected: #ff80ff
sidebar-tab-background: #ff8040
sidebar-tab-border-selected: #400040
sidebar-tab-border: #ff80ff
sidebar-tab-divider: #ffffff
sidebar-tab-foreground-selected: #400080
sidebar-tab-foreground: #000000
sidebar-tiddler-link-foreground-hover: #e50000
sidebar-tiddler-link-foreground: #375D81
site-title-foreground: 
static-alert-foreground: #000000
tab-background-selected: #cccccc
tab-background: #EDF7F2
tab-border-selected: #547599
tab-border: 
tab-divider: #000000
tab-foreground-selected: #000000
tab-foreground: #000040
table-border: 
table-footer-background: 
table-header-background: 
tag-background: #EDF7F2
tag-foreground: 
tiddler-background: 
tiddler-border: #ffffff
tiddler-controls-foreground-hover: 
tiddler-controls-foreground-selected: 
tiddler-controls-foreground: 
tiddler-editor-background: 
tiddler-editor-border-image: 
tiddler-editor-border: 
tiddler-editor-fields-even: 
tiddler-editor-fields-odd: 
tiddler-info-background: #F6E497
tiddler-info-border: #B9121B
tiddler-info-tab-background: 
tiddler-link-background: 
tiddler-link-foreground: 
tiddler-subtitle-foreground: 
tiddler-title-foreground: 
toolbar-new-button: #547599
toolbar-options-button: 
toolbar-save-button: #0e90d2
toolbar-info-button: #0e90d2
toolbar-edit-button: rgb(243, 123, 29)
toolbar-close-button: 
toolbar-delete-button: 
toolbar-cancel-button: 
toolbar-done-button: #5eb95e
untagged-background: #ff8000
very-muted-foreground: 
tc-story-river: 
tc-sidebar-header: 
tc-sidbar-header: #FFFF31

alert-background: #ffe476
alert-border: #b99e2f
alert-highlight: #881122
alert-muted-foreground: #b99e2f
background: #ffffff
blockquote-bar: <<colour muted-foreground>>
button-background: 
button-foreground: 
button-border: 
code-background: #f7f7f9
code-border: #e1e1e8
code-foreground: #dd1144
dirty-indicator: #ff0000
download-background: #34c734
download-foreground: <<colour background>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: #ffdab9
dropdown-border: #ff0000
dropdown-tab-background-selected: #fff
dropdown-tab-background: #ececec
dropzone-background: rgba(0,200,0,0.7)
external-link-background-hover: inherit
external-link-background-visited: inherit
external-link-background: inherit
external-link-foreground-hover: inherit
external-link-foreground-visited: #0000aa
external-link-foreground: #0000ee
foreground: #333333
message-background: #ecf2ff
message-border: #cfd6e6
message-foreground: #547599
modal-backdrop: <<colour foreground>>
modal-background: <<colour background>>
modal-border: #999999
modal-footer-background: #f5f5f5
modal-footer-border: #dddddd
modal-header-border: #eeeeee
muted-foreground: #bbb
notification-background: #ffffdd
notification-border: #999999
page-background: #e9f2fd
pre-background: #f5f5f5
pre-border: #cccccc
primary: #5778d8
sidebar-button-foreground: <<colour foreground>>
sidebar-controls-foreground-hover: #000000
sidebar-controls-foreground: #aaaaaa
sidebar-foreground-shadow: rgba(255,255,255, 0.8)
sidebar-foreground: #acacac
sidebar-muted-foreground-hover: #444444
sidebar-muted-foreground: #c0c0c0
sidebar-tab-background-selected: #f4f4f4
sidebar-tab-background: #e0e0e0
sidebar-tab-border-selected: <<colour tab-border-selected>>
sidebar-tab-border: <<colour tab-border>>
sidebar-tab-divider: #e4e4e4
sidebar-tab-foreground-selected: 
sidebar-tab-foreground: <<colour tab-foreground>>
sidebar-tiddler-link-foreground-hover: #444444
sidebar-tiddler-link-foreground: #999999
site-title-foreground: <<colour tiddler-title-foreground>>
static-alert-foreground: #aaaaaa
tab-background-selected: #ffffff
tab-background: #d8d8d8
tab-border-selected: #d8d8d8
tab-border: #cccccc
tab-divider: #d8d8d8
tab-foreground-selected: <<colour tab-foreground>>
tab-foreground: #666666
table-border: #dddddd
table-footer-background: #a8a8a8
table-header-background: #f0f0f0
tag-background: #ec6
tag-foreground: #ffffff
tiddler-background: <<colour background>>
tiddler-border: <<colour background>>
tiddler-controls-foreground-hover: #888888
tiddler-controls-foreground-selected: #444444
tiddler-controls-foreground: #cccccc
tiddler-editor-background: #f8f8f8
tiddler-editor-border-image: #ffffff
tiddler-editor-border: #cccccc
tiddler-editor-fields-even: #e0e8e0
tiddler-editor-fields-odd: #f0f4f0
tiddler-info-background: #f8f8f8
tiddler-info-border: #dddddd
tiddler-info-tab-background: #f8f8f8
tiddler-link-background: <<colour background>>
tiddler-link-foreground: <<colour primary>>
tiddler-subtitle-foreground: #c0c0c0
tiddler-title-foreground: #182955
toolbar-new-button: 
toolbar-options-button: 
toolbar-save-button: 
toolbar-info-button: 
toolbar-edit-button: 
toolbar-close-button: 
toolbar-delete-button: 
toolbar-cancel-button: 
toolbar-done-button: 
untagged-background: #999999
very-muted-foreground: #888888
tc-sidebar-header: 

{
    "tiddlers": {
        "$:/plugins/danielo/encryptTiddler/Changelog": {
            "title": "$:/plugins/danielo/encryptTiddler/Changelog",
            "text": "!! V2.1\n* Added control panel.\n* Added ability to batch encrypt and decrypt tiddlers.\n* Added some documentation an language strings.\n\n"
        },
        "$:/plugins/danielo/encryptTiddler/control-panel/batch-encrypt": {
            "title": "$:/plugins/danielo/encryptTiddler/control-panel/batch-encrypt",
            "caption": "Batch Encryption",
            "text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n{{$:/plugins/danielo/encryptTiddler/language/batch}}\n\n<$linkcatcher to=\"$:/temp/encrypt/filter\">\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/encrypt/filter\" type=\"search\" tag=\"input\" default=\"\" placeholder=\"filter tiddlers\"/>\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n<$reveal state=\"$:/temp/encrypt/filter\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/encrypt/filter\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n\n\n<$edit-text tag=\"input\" tiddler=\"$:/temp/password\" placeholder=\"password\" type=\"password\" default=\"\" col=\"4\"/><$encryptTiddler passwordTiddler=\"$:/temp/password\" filter={{$:/temp/encrypt/filter}}>\n<$button message=\"tw-encrypt-tiddler\">\nEncrypt\n</$button>\n<$button message=\"tw-decrypt-tiddler\">\nDecrypt\n</$button>\n</$encryptTiddler>\n</$reveal>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]!sort[]] -[[$:/core/Filters/SystemTags]] -[[$:/core/Filters/AllTags]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/encrypt/filter\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/encrypt/filter}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/encrypt/filter}} template=\"$:/plugins/danielo/encryptTiddler/ui/listItemTemplate\"/>\n</div>\n</$set>\n</$reveal>"
        },
        "$:/plugins/danielo/encryptTiddler/control-panel": {
            "title": "$:/plugins/danielo/encryptTiddler/control-panel",
            "tags": "$:/tags/ControlPanel",
            "caption": "Encrypt Tiddlers",
            "text": "\\define prefix(name) $:/plugins/danielo/encryptTiddler/control-panel/$name$\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]prefix[$:/plugins/danielo/encryptTiddler/control-panel/]]\" default=<<prefix \"batch-encrypt\">> state=\"$:/state/encryptTiddler/control-panel/tabs\">>"
        },
        "$:/plugins/danielo/encryptTiddler/crypt-batch-button": {
            "creator": "Danielo",
            "title": "$:/plugins/danielo/encryptTiddler/crypt-batch-button",
            "text": "<span title=\"Encrypt/Decrypt tiddler\" class=\"pc-batch-controls\">\n<$reveal state=<<qualify \"$:/state/encrypt\">> type=\"nomatch\" text={{!!title}} animate=\"no\"><$button set=<<qualify \"$:/state/encrypt\">> setTo={{!!title}} class=\"tc-btn-invisible\">{{$:/plugins/danielo/encryptTiddler/unlocked}}</$button></$reveal><$reveal state=<<qualify \"$:/state/encrypt\">> type=\"match\" text={{!!title}} animate=\"no\"><$button set=<<qualify \"$:/state/encrypt\">> setTo=\"\" class=\"tc-btn-invisible\">{{$:/plugins/danielo/encryptTiddler/unlocked}}</$button></$reveal>\n<$encryptTiddler passwordTiddler=\"$:/temp/password\" filter={{$:/temp/encrypt/filter}}><$reveal state=<<qualify \"$:/state/encrypt\">> type=\"match\" text={{!!title}} animate=\"yes\">\n<div class=\"tc-block-dropdown tw-crypt-dropdown\">\n<span class=\"tw-password-field\"><$edit-text tiddler=\"$:/temp/password\" tag=\"input\" type=\"password\" default=\"\" placeholder=\"password\" class=\"tc-edit-texteditor\"/></span>\n<span class=\"tw-crypt-button\"> <$button message=\"tw-encrypt-tiddler\"  set=<<qualify \"$:/state/encrypt\">> setTo=\"\" >Encrypt</$button> <$button message=\"tw-decrypt-tiddler\" set=<<qualify \"$:/state/encrypt\">> setTo=\"\" >Decrypt</$button></span>\n</div>\n</$reveal></$encryptTiddler>\n</span>"
        },
        "$:/plugins/danielo/encryptTiddler/crypt-button": {
            "created": "20140405233000477",
            "creator": "Danielo",
            "modified": "20140608121335075",
            "tags": "$:/tags/ViewToolbar button encrypt export",
            "title": "$:/plugins/danielo/encryptTiddler/crypt-button",
            "type": "text/vnd.tiddlywiki",
            "text": "<span title=\"Encrypt/Decrypt tiddler\"><$transclude tiddler=\"$:/plugins/danielo/encryptTiddler/openPopup\"/>\n</span><$encryptTiddler passwordTiddler=\"$:/temp/password\"><$reveal state=\"$:/state/encrypt\" type=\"match\" text={{!!title}} animate=\"yes\">\n<div class=\"tc-block-dropdown tw-crypt-dropdown\">\n<span class=\"tw-password-field\"><$edit-text tiddler=\"$:/temp/password\" tag=\"input\" type=\"password\" default=\"\" placeholder=\"password\" class=\"tc-edit-texteditor\"/></span>\n<span class=\"tw-crypt-button\"> <$list filter=\"[all[current]!has[encrypted]]\"> <$button message=\"tw-encrypt-tiddler\"  set=\"$:/state/encrypt\" setTo=\"\" >Encrypt</$button></$list><$list filter=\"[is[current]has[encrypted]]\"> <$button message=\"tw-decrypt-tiddler\" set=\"$:/state/encrypt\" setTo=\"\" >Decrypt</$button></$list></span>\n</div>\n</$reveal></$encryptTiddler>\n"
        },
        "$:/plugins/danielo/encryptTiddler/Encrypt-Tiddler": {
            "created": "20140406153742691",
            "creator": "pepito",
            "description": "add the hability to encrypt individual tiddlers",
            "modified": "20141029152631265",
            "modifier": "Danielo Rodriguez",
            "tags": "index plugins",
            "title": "$:/plugins/danielo/encryptTiddler/Encrypt-Tiddler",
            "type": "text/vnd.tiddlywiki",
            "caption": "readme",
            "text": "This plugin adds the ability to encrypt your tiddlers individually. This have several advantages:\n\n* You can specify a different password for each tiddler if you want.\n* You don't have to encrypt your whole wiky.\n* If you forget your password, you only lose a tiddler.\n* It's possible to edit the tiddler content , tags and fields ''except the encrypt field'' after encryption. Decrypting your tiddler will restore it to its original state when you encrypted it. This way you can hide the encrypted tiddlers as a \"different\" thing.\n* You can even encrypt images.\n* You can have sensible data in a day to day wiky.\n* I didn't try this, but theoretically you can apply double encryption by encrypting your wiki too."
        },
        "$:/plugins/danielo/encryptTiddler/encrypttiddler.js": {
            "text": "/*\\\ntitle: $:/plugins/danielo/encryptTiddler/encrypttiddler.js\ntype: application/javascript\nmodule-type: widget\n\nencrypttiddler widget\n\n```\n\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar encryptTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t\t{type: \"tw-encrypt-tiddler\", handler: \"handleEncryptevent\"},\n\t\t\t{type: \"tw-decrypt-tiddler\", handler: \"handleDecryptevent\"},\n\t\t\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nencryptTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nencryptTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tconsole.log(\"Render\");\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nencryptTiddlerWidget.prototype.execute = function() {\n\t// Get attributes\n\t this.tiddlerTitle=this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t this.filter=this.getAttribute(\"filter\",undefined);\n \t this.passwordTiddler=this.getAttribute(\"passwordTiddler\");\n\t// Construct the child widgets\n\tconsole.log(this.targetTiddler);\n\t\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nencryptTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.filter) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nencryptTiddlerWidget.prototype.getTiddlersToProcess = function(){\n\tif(this.filter){ //we have a filter to work with\n\t\treturn this.wiki.filterTiddlers(this.filter);\n\t}else{ //single tiddler case\n\t\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t\treturn tiddler? [tiddler.fields.title] : [];\n\t}\n};\n\nencryptTiddlerWidget.prototype.handleEncryptevent = function(event){\n\tvar password = this.getPassword();\n\tvar tiddlers = this.getTiddlersToProcess();\n\n\tif(tiddlers.length > 0 && password){\n\t\tvar self = this;\n\t\t$tw.utils.each(tiddlers, function(title){\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tvar fields={text:\"!This is an encrypted Tiddler\",\n\t\t\t\t\t\t\t\t  encrypted:self.encryptFields(title,password)};\n\t\t\tself.saveTiddler(tiddler,fields);\n\t\t});\n\n\t}else{\n\t\tconsole.log(\"We did not find any tiddler to encrypt or password not set!\")\n\t}\n};\n\nencryptTiddlerWidget.prototype.handleDecryptevent = function(event){\n\tvar password =this.getPassword();\n\tvar tiddlers = this.getTiddlersToProcess();\n\n\tif(tiddlers.length > 0 && password){\n\t\tvar self = this;\n\t\t$tw.utils.each(tiddlers, function(title){\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tvar fields = self.decryptFields(tiddler,password);\n\t\t\tif(fields)self.saveTiddler(tiddler,fields);\n\t\t});\n\t}\n};\n\nencryptTiddlerWidget.prototype.saveTiddler=function(tiddler,fields){\n\tthis.wiki.addTiddler(  new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,this.clearNonStandardFields(tiddler), fields ) )\n}\n\nencryptTiddlerWidget.prototype.encryptFields = function (title,password){\n\tvar jsonData=this.wiki.getTiddlerAsJson(title);\n\treturn $tw.crypto.encrypt(jsonData,password);\n\n};\n\nencryptTiddlerWidget.prototype.decryptFields = function(tiddler,password){\n\t\tvar JSONfields =$tw.crypto.decrypt(tiddler.fields.encrypted,password);\n\t\tif(JSONfields!==null){\n\t\t\treturn JSON.parse(JSONfields);\n\t\t}\n\t\tconsole.log(\"Error decrypting \"+tiddler.fields.title+\". Probably bad password\")\n\t\treturn false\n};\n\nencryptTiddlerWidget.prototype.getPassword = function(){\n\tvar tiddler=this.wiki.getTiddler(this.passwordTiddler);\n\tif(tiddler){\n\t\tvar password=tiddler.fields.text;\n\t\tthis.saveTiddler(tiddler); //reset password tiddler\n\t\treturn password;\n\t}\n\n\treturn false\n};\n\n// This function erases every field of a tiddler that is not standard and also\n// the text field\nencryptTiddlerWidget.prototype.clearNonStandardFields =function(tiddler) {\n\tvar standardFieldNames = \"title tags modified modifier created creator\".split(\" \");\n\t\tvar clearFields = {};\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(standardFieldNames.indexOf(fieldName) === -1) {\n\t\t\t\tclearFields[fieldName] = undefined;\n\t\t\t}\n\t\t}\n\t\tconsole.log(\"Cleared fields \"+JSON.stringify(clearFields));\n\t\treturn clearFields;\n};\n\nexports.encryptTiddler = encryptTiddlerWidget;\n\n})();",
            "title": "$:/plugins/danielo/encryptTiddler/encrypttiddler.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/danielo/encryptTiddler/Filters/encrypted-tiddlers": {
            "title": "$:/plugins/danielo/encryptTiddler/Filters/encrypted-tiddlers",
            "description": "All encrypted tiddlers",
            "filter": "[has[encrypted]]",
            "tags": "$:/tags/Filter"
        },
        "$:/plugins/danielo/encryptTiddler/Filters/normal-unencrypted-tiddlers": {
            "title": "$:/plugins/danielo/encryptTiddler/Filters/normal-unencrypted-tiddlers",
            "filter": "[!is[system]!has[encrypted]]",
            "description": "Non-encrypted normal tiddlers",
            "tags": "$:/tags/Filter"
        },
        "$:/plugins/danielo/encryptTiddler/language/batch": {
            "title": "$:/plugins/danielo/encryptTiddler/language/batch",
            "text": "Use below controls to encrypt or decrypt a bunch of tiddlers. Encryption ''controls are hidden'' until you type something in the search box. All listed tiddlers will be affected. The presence of a small padlock (<span class=\"pc-listItem-lock\">{{$:/core/images/locked-padlock}}</span>) next to the tiddler title indicates that particular tiddler is already encrypted."
        },
        "$:/plugins/danielo/encryptTiddler/ui/listItemTemplate": {
            "title": "$:/plugins/danielo/encryptTiddler/ui/listItemTemplate",
            "text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n<$list filter=\"[all[current]has[encrypted]]\">\n<span class=\"pc-listItem-lock\">{{$:/core/images/locked-padlock}}</span>\n</$list>\n</$link>\n</div>"
        },
        "$:/plugins/danielo/encryptTiddler/openPopup": {
            "created": "20140406151910358",
            "creator": "Danielo",
            "modified": "20140608121417975",
            "modifier": "pepito",
            "tags": "button encrypt export",
            "title": "$:/plugins/danielo/encryptTiddler/openPopup",
            "type": "text/vnd.tiddlywiki",
            "text": "<$reveal state=\"$:/state/encrypt\" type=\"nomatch\" text={{!!title}} animate=\"no\"><$button set=\"$:/state/encrypt\" setTo={{!!title}} class=\"tc-btn-invisible\">{{$:/plugins/danielo/encryptTiddler/unlocked}}</$button></$reveal><$reveal state=\"$:/state/encrypt\" type=\"match\" text={{!!title}} animate=\"no\"><$button set=\"$:/state/encrypt\" setTo=\"\" class=\"tc-btn-invisible\">{{$:/plugins/danielo/encryptTiddler/unlocked}}</$button></$reveal>"
        },
        "$:/plugins/danielo/encryptTiddler/styles": {
            "created": "20140406110705085",
            "creator": "pepito",
            "modified": "20140608121510064",
            "modifier": "pepito",
            "tags": "$:/tags/Stylesheet encrypt export",
            "title": "$:/plugins/danielo/encryptTiddler/styles",
            "type": "text/plain",
            "text": ".tw-password-field {\n\tdisplay: inline-block;\n\twidth: 55%;\n  font-size:1em;\n  line-height:0;\n  margin:0;\n\tpadding-left:7%;\n}\n\n.pc-batch-controls .tw-crypt-dropdown{\n\tright: 0px;\n}\n\n.pc-batch-controls{\n\t\tposition:relative;\n}\n\n.pc-listItem-lock svg{\n\theight: 1em;\n\twidth: 1em;\n\tfill: #aaaaaa;\n}\n\n/*It is for use in combination with tc-block-dropdown */\n.tw-crypt-dropdown{\n      line-height:0;\n\t\t\tpadding-left:5px;\n\t\t\t}\n\n.tw-password-field input{\n       font-size:0.5em;\n\n}\n\n.tw-crypt-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n.tw-crypt-button button{\n\tfont-size:0.5em;\n}\n"
        },
        "$:/plugins/danielo/encryptTiddler/unlocked": {
            "created": "20140406101339943",
            "creator": "danielo515",
            "modified": "20140608121532690",
            "modifier": "danielo515",
            "tags": "encrypt export",
            "title": "$:/plugins/danielo/encryptTiddler/unlocked",
            "type": "text/vnd.tiddlywiki",
            "text": "<svg version=\"1.1\" id=\"Capa_1\" xmlns=\"http://www.w3.org/2000/svg\" class=\"tc-image-button\"\n\t viewBox=\"0 0 100 100\" style=\"enable-background:new 0 0 100 100;\" xml:space=\"preserve\">\n<g>\n\t<path d=\"M77.555,50H35.304V31.63c0-4.057,1.435-7.521,4.305-10.391c2.87-2.87,6.333-4.305,10.391-4.305\n\t\tc4.056,0,7.52,1.435,10.39,4.305s4.305,6.335,4.305,10.391c0,0.996,0.363,1.857,1.091,2.583c0.727,0.729,1.588,1.09,2.583,1.09\n\t\th3.674c0.995,0,1.856-0.361,2.583-1.09c0.727-0.727,1.091-1.588,1.091-2.583c0-7.079-2.517-13.136-7.549-18.17\n\t\tC63.136,8.428,57.08,5.912,50,5.912c-7.081,0-13.137,2.516-18.169,7.548c-5.033,5.034-7.549,11.091-7.549,18.17V50h-1.837\n\t\tc-1.531,0-2.833,0.536-3.904,1.608c-1.072,1.072-1.607,2.372-1.607,3.902v33.067c0,1.532,0.535,2.832,1.607,3.904\n\t\tc1.071,1.072,2.372,1.608,3.904,1.608h55.11c1.53,0,2.832-0.536,3.904-1.608c1.071-1.072,1.607-2.372,1.607-3.904V55.51\n\t\tc0-1.529-0.536-2.83-1.607-3.902C80.387,50.536,79.085,50,77.555,50z M54.315,72.937V83.72c0,2.173-1.762,3.935-3.935,3.935H49.62\n\t\tc-2.173,0-3.935-1.762-3.935-3.935V72.937c-2.31-1.443-3.852-4.001-3.852-6.925c0-4.511,3.657-8.167,8.167-8.167\n\t\ts8.167,3.657,8.167,8.167C58.167,68.937,56.625,71.495,54.315,72.937z\"/>\n</g>\n</svg>\n"
        }
    }
}

{"tiddlers":{"$:/plugins/eucaly/flexwidth/config":{"created":"20140905143837494","creator":"EucalyJ","flex-width":"+","modified":"20141004030331552","modifier":"EucalyJ","sidebar-width":"30em","tags":"$:/_flexwidth $:/_macros","title":"$:/plugins/eucaly/flexwidth/config","type":"text/vnd.tiddlywiki","text":""},"$:/plugins/eucaly/flexwidth/history":{"caption":"History","created":"20140902083720188","creator":"EucalyJ","lastupdate":"20141004","modified":"20141004030143956","modifier":"EucalyJ","tags":"$:/_flexwidth $:/_readme","title":"$:/plugins/eucaly/flexwidth/history","type":"text/vnd.tiddlywiki","text":"!!!History\n* 20141004 / ''0.0.4''\n** add CSS rule for sidebarbreakpoint\n* 20140913 / ''0.0.3'' ( 4.9K / 2.5K ) -- for 5.0.17-beta ~\n** stylesheet tagged with {{$:/tags/Stylesheet||$:/core/ui/TagTemplate}}\n** Change ButtonWidget `title` attribute to `tooltip`\n* 20140909 / ''0.0.2'' ( 4.7K / 2.4K )\n** More width option: 15em\n** Update button icon with Unicode char -- http://unicode-search.net/\n* 20140906 / ''0.0.1'' ( 4.4K / 2.4K )\n* 20140905 -- working draft, the previous adoption was posted at [[TiddlyWiki Forum|https://groups.google.com/d/msg/tiddlywiki/yJPSGQflIqM/Y_8jGARq4gQJ]]\n"},"$:/plugins/eucaly/flexwidth/readme":{"caption":"~FlexWidth","created":"20140910024048905","creator":"EucalyJ","lastupdate":"20140909","modified":"20140910024711568","modifier":"EucalyJ","tags":"$:/_readme $:/_flexwidth","title":"$:/plugins/eucaly/flexwidth/readme","type":"text/vnd.tiddlywiki","text":"!![[FlexWidth Plugin|$:/plugins/eucaly/flexwidth/readme]]\n<hr>\n\nThis ''FlexWidth'' plugin provides a handy machenism to ''flexibly tweak sidebar width'' for [[TiddlyWiki 5|http://tiddlywiki.com/]]. \n\n!!!Features\n\n# Add extra buttons next to system ~TopRightBar Icon, such as - `▼` `◀` {{$:/core/ui/TopBar/menu}}\n# `◀` / `▶` to toggle between default and custom sidebar width.\n# `▼` to select different sidebar width.\n<p>** Inspired by [[TW5 tristate Sidebar|http://tw5tristate.tiddlyspot.com/]] </p>\n\n!!!Install\n* Drag&Drop package -- [[$:/plugins/eucaly/flexwidth]] (with documentation)"},"$:/plugins/eucaly/flexwidth/stylesheet":{"created":"20140904154049029","creator":"EucalyJ","list-after":"$:/themes/tiddlywiki/vanilla/base","modified":"20141004024850657","modifier":"EucalyJ","sidebar-width":"30em","tags":"$:/tags/Stylesheet $:/_flexwidth $:/_macros","title":"$:/plugins/eucaly/flexwidth/stylesheet","type":"text/vnd.tiddlywiki","text":"\\define if-fluid(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$reveal state=\"$:/plugins/eucaly/flexwidth/config!!sidebar-width\" type=\"nomatch\" text=\"default\" default=\"default\">\n<$reveal state=\"$:/plugins/eucaly/flexwidth/config!!flex-width\" type=\"match\" text=\"+\">$text$</$reveal>\n</$reveal>\n\\end\n\n<<if-fluid \"\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n.tc-story-river {\n     width: calc(100% - {{$:/plugins/eucaly/flexwidth/config!!sidebar-width}});\n}\n\n.tc-tiddler-frame {\n     width: 100%;\n}\n\n.tc-sidebar-scrollable {\n     float: right;\n     width: {{$:/plugins/eucaly/flexwidth/config!!sidebar-width}};\n     left: auto;\n     padding: 71px 0 0 0;\n}\n}\n\">>"},"$:/plugins/eucaly/flexwidth/TopBarMenu":{"created":"20140904152757311","creator":"EucalyJ","list-before":"$:/core/ui/TopBar/menu","modified":"20140913000355649","modifier":"EucalyJ","tags":"$:/tags/TopRightBar $:/_UI $:/_flexwidth $:/_macros","title":"$:/plugins/eucaly/flexwidth/TopBarMenu","type":"text/vnd.tiddlywiki","text":"<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$reveal state=\"$:/plugins/eucaly/flexwidth/config!!flex-width\" type=\"match\" text=\"-\">\n<$button set=\"$:/plugins/eucaly/flexwidth/config!!flex-width\" setTo=\"+\" tooltip=\"Custom width\" class=\"tc-btn-invisible\">▶</$button><!--[+]-->\n\n</$reveal>\n<$reveal state=\"$:/plugins/eucaly/flexwidth/config!!flex-width\" type=\"match\" text=\"+\" default=\"+\">\n<$button popup=\"$:/flexwidth-PopupState\" tooltip=\"Select width\" class=\"tc-btn-invisible\">▼</$button><!--[v]-->\n<$reveal type=\"popup\" state=\"$:/flexwidth-PopupState\" position=\"below\">\n<!--div class=\"tc-drop-down\"-->\n<div class=\"tc-popup tc-tiddler-info\">\n\n!!!Sidebar width <br/>\n<$list filter=\"15em 20em 25em 30em 35em 40em default\" variable=\"sel-w\">\n <$radio tiddler=\"$:/plugins/eucaly/flexwidth/config\" field=\"sidebar-width\" value=<<sel-w>>> <<sel-w>></$radio><br/>\n</$list>\n<br/><$link to=\"$:/plugins/eucaly/flexwidth/readme\" tooltip=\"ReadMe\">[?] ~FlexWidth</$link><!--[?]-->\n</div>\n</$reveal>\n<$button set=\"$:/plugins/eucaly/flexwidth/config!!flex-width\" setTo=\"-\" tooltip=\"Default width\" class=\"tc-btn-invisible\">◀</$button><!--[--]-->\n</$reveal>\n</$reveal>\n"}}}

\define if-fluid(text)
<$reveal state="$:/state/sidebar" type="nomatch" text="no">
<$reveal state="$:/plugins/eucaly/flexwidth/config!!sidebar-width" type="nomatch" text="default" default="default">
<$reveal state="$:/plugins/eucaly/flexwidth/config!!flex-width" type="match" text="+">$text$</$reveal>
</$reveal>
\end

<<if-fluid "
@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {
.tc-story-river {
     width: calc(100% - {{$:/plugins/eucaly/flexwidth/config!!sidebar-width}});
}

.tc-tiddler-frame {
     width: 100%;
}

.tc-sidebar-scrollable {
     float: right;
     width: {{$:/plugins/eucaly/flexwidth/config!!sidebar-width}};
     left: auto;
     padding: 71px 0 0 0;
}
}
">>

<$reveal state="$:/state/sidebar" type="nomatch" text="no">
<$reveal state="$:/plugins/eucaly/flexwidth/config!!flex-width" type="match" text="-">
<$button set="$:/plugins/eucaly/flexwidth/config!!flex-width" setTo="+" tooltip="Custom width" class="tc-btn-invisible">▶</$button><!--[+]-->

</$reveal>
<$reveal state="$:/plugins/eucaly/flexwidth/config!!flex-width" type="match" text="+" default="+">
<$button popup="$:/flexwidth-PopupState" tooltip="Select width" class="tc-btn-invisible">▼</$button><!--[v]-->
<$reveal type="popup" state="$:/flexwidth-PopupState" position="below">
<!--div class="tc-drop-down"-->
<div class="tc-popup tc-tiddler-info">

!!!Sidebar width <br/>
<$list filter="0em 15em 20em 25em 30em 35em 40em default" variable="sel-w">
 <$radio tiddler="$:/plugins/eucaly/flexwidth/config" field="sidebar-width" value=<<sel-w>>> <<sel-w>></$radio><br/>
</$list>
<br/><$link to="$:/plugins/eucaly/flexwidth/readme" tooltip="ReadMe">[?] ~FlexWidth</$link><!--[?]-->
</div>
</$reveal>
<$button set="$:/plugins/eucaly/flexwidth/config!!flex-width" setTo="-" tooltip="Default width" class="tc-btn-invisible">◀</$button><!--[--]-->
</$reveal>
</$reveal>

{
    "tiddlers": {
        "$:/config/EditorTypeMappings/application/javascript": {
            "title": "$:/config/EditorTypeMappings/application/javascript",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/application/json": {
            "title": "$:/config/EditorTypeMappings/application/json",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/application/x-tiddler-dictionary": {
            "title": "$:/config/EditorTypeMappings/application/x-tiddler-dictionary",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/css": {
            "title": "$:/config/EditorTypeMappings/text/css",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/html": {
            "title": "$:/config/EditorTypeMappings/text/html",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/plain": {
            "title": "$:/config/EditorTypeMappings/text/plain",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
            "title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/x-markdown": {
            "title": "$:/config/EditorTypeMappings/text/x-markdown",
            "text": "codemirror"
        },
        "$:/config/EditorTypeMappings/text/x-tiddlywiki": {
            "title": "$:/config/EditorTypeMappings/text/x-tiddlywiki",
            "text": "codemirror"
        },
        "$:/config/CodeMirror": {
            "title": "$:/config/CodeMirror",
            "type": "application/json",
            "text": "{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/css/css.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/meta.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n      \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n      \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n  ],\n  \"configuration\": {\n      \"matchBrackets\": true,\n      \"showCursorWhenSelecting\": true\n  }\n}"
        },
        "$:/plugins/tiddlywiki/codemirror/edit-codemirror.js": {
            "title": "$:/plugins/tiddlywiki/codemirror/edit-codemirror.js",
            "text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/edit-codemirror.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-codemirror widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tCodeMirrorEngine = require(\"$:/plugins/tiddlywiki/codemirror/engine.js\").CodeMirrorEngine;\n\nexports[\"edit-codemirror\"] = editTextWidgetFactory(CodeMirrorEngine,CodeMirrorEngine);\n\n})();\n",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/tiddlywiki/codemirror/engine.js": {
            "title": "$:/plugins/tiddlywiki/codemirror/engine.js",
            "text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/engine.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a CodeMirror instance\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CODEMIRROR_OPTIONS = \"$:/config/CodeMirror\",\n\tHEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\"\n\n// Install CodeMirror\nif($tw.browser && !window.CodeMirror) {\n\twindow.CodeMirror = require(\"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js\");\n\t// Install required CodeMirror plugins\n\tvar configOptions = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}),\n\t\treq = configOptions.require;\n\tif(req) {\n\t\tif($tw.utils.isArray(req)) {\n\t\t\tfor(var index=0; index<req.length; index++) {\n\t\t\t\trequire(req[index]);\n\t\t\t}\n\t\t} else {\n\t\t\trequire(req);\n\t\t}\n\t}\n}\n\nfunction CodeMirrorEngine(options) {\n\t// Save our options\n\tvar self = this;\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create the wrapper DIV\n\tthis.domNode = this.widget.document.createElement(\"div\");\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\tthis.domNode.style.display = \"inline-block\";\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n\t// Get the configuration options for the CodeMirror object\n\tvar config = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}).configuration || {};\n\tif(!(\"lineWrapping\" in config)) {\n\t\tconfig.lineWrapping = true;\n\t}\n\tif(!(\"lineNumbers\" in config)) {\n\t\tconfig.lineNumbers = true;\n\t}\n\tconfig.mode = options.type;\n\tconfig.value = options.value;\n\t// Create the CodeMirror instance\n\tthis.cm = window.CodeMirror(function(cmDomNode) {\n\t\t// Note that this is a synchronous callback that is called before the constructor returns\n\t\tself.domNode.appendChild(cmDomNode);\n\t},config);\n\t// Set up a change event handler\n\tthis.cm.on(\"change\",function() {\n\t\tself.widget.saveChanges(self.getText());\n\t});\n\tthis.cm.on(\"drop\",function(cm,event) {\n\t\tevent.stopPropagation(); // Otherwise TW's dropzone widget sees the drop event\n\t\treturn false;\n\t});\n\tthis.cm.on(\"keydown\",function(cm,event) {\n\t\treturn self.widget.handleKeydownEvent.call(self.widget,event);\n\t});\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nCodeMirrorEngine.prototype.setText = function(text,type) {\n\tthis.cm.setOption(\"mode\",type);\n\tif(!this.cm.hasFocus()) {\n\t\tthis.cm.setValue(text);\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nCodeMirrorEngine.prototype.getText = function() {\n\treturn this.cm.getValue();\n};\n\n/*\nFix the height of textarea to fit content\n*/\nCodeMirrorEngine.prototype.fixHeight = function() {\n\tif(this.widget.editAutoHeight) {\n\t\t// Resize to fit\n\t\tthis.cm.setSize(null,null);\n\t} else {\n\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\tthis.cm.setSize(null,fixedHeight);\n\t}\n};\n\n/*\nFocus the engine node\n*/\nCodeMirrorEngine.prototype.focus  = function() {\n\tthis.cm.focus();\n}\n\n/*\nCreate a blank structure representing a text operation\n*/\nCodeMirrorEngine.prototype.createTextOperation = function() {\n\tvar selections = this.cm.listSelections();\n\tif(selections.length > 0) {\n\t\tvar anchorPos = this.cm.indexFromPos(selections[0].anchor),\n\t\t\theadPos = this.cm.indexFromPos(selections[0].head);\n\t}\n\tvar operation = {\n\t\ttext: this.cm.getValue(),\n\t\tselStart: Math.min(anchorPos,headPos),\n\t\tselEnd: Math.max(anchorPos,headPos),\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nCodeMirrorEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tthis.cm.replaceRange(operation.replacement,this.cm.posFromIndex(operation.cutStart),this.cm.posFromIndex(operation.cutEnd));\n\t\tthis.cm.setSelection(this.cm.posFromIndex(operation.newSelStart),this.cm.posFromIndex(operation.newSelEnd));\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t}\n\tthis.cm.focus();\n\treturn newText;\n};\n\nexports.CodeMirrorEngine = CodeMirrorEngine;\n\n})();\n",
            "type": "application/javascript",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// This is CodeMirror (http://codemirror.net), a code editor\n// implemented in JavaScript on top of the browser's DOM.\n//\n// You can find some technical background for some of the code below\n// at http://marijnhaverbeke.nl/blog/#cm-internals .\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    module.exports = mod();\n  else if (typeof define == \"function\" && define.amd) // AMD\n    return define([], mod);\n  else // Plain browser env\n    (this || window).CodeMirror = mod();\n})(function() {\n  \"use strict\";\n\n  // BROWSER SNIFFING\n\n  // Kludges for bugs and behavior differences that can't be feature\n  // detected are enabled based on userAgent etc sniffing.\n  var userAgent = navigator.userAgent;\n  var platform = navigator.platform;\n\n  var gecko = /gecko\\/\\d/i.test(userAgent);\n  var ie_upto10 = /MSIE \\d/.test(userAgent);\n  var ie_11up = /Trident\\/(?:[7-9]|\\d{2,})\\..*rv:(\\d+)/.exec(userAgent);\n  var ie = ie_upto10 || ie_11up;\n  var ie_version = ie && (ie_upto10 ? document.documentMode || 6 : ie_11up[1]);\n  var webkit = /WebKit\\//.test(userAgent);\n  var qtwebkit = webkit && /Qt\\/\\d+\\.\\d+/.test(userAgent);\n  var chrome = /Chrome\\//.test(userAgent);\n  var presto = /Opera\\//.test(userAgent);\n  var safari = /Apple Computer/.test(navigator.vendor);\n  var mac_geMountainLion = /Mac OS X 1\\d\\D([8-9]|\\d\\d)\\D/.test(userAgent);\n  var phantom = /PhantomJS/.test(userAgent);\n\n  var ios = /AppleWebKit/.test(userAgent) && /Mobile\\/\\w+/.test(userAgent);\n  // This is woefully incomplete. Suggestions for alternative methods welcome.\n  var mobile = ios || /Android|webOS|BlackBerry|Opera Mini|Opera Mobi|IEMobile/i.test(userAgent);\n  var mac = ios || /Mac/.test(platform);\n  var windows = /win/i.test(platform);\n\n  var presto_version = presto && userAgent.match(/Version\\/(\\d*\\.\\d*)/);\n  if (presto_version) presto_version = Number(presto_version[1]);\n  if (presto_version && presto_version >= 15) { presto = false; webkit = true; }\n  // Some browsers use the wrong event properties to signal cmd/ctrl on OS X\n  var flipCtrlCmd = mac && (qtwebkit || presto && (presto_version == null || presto_version < 12.11));\n  var captureRightClick = gecko || (ie && ie_version >= 9);\n\n  // Optimize some code when these features are not used.\n  var sawReadOnlySpans = false, sawCollapsedSpans = false;\n\n  // EDITOR CONSTRUCTOR\n\n  // A CodeMirror instance represents an editor. This is the object\n  // that user code is usually dealing with.\n\n  function CodeMirror(place, options) {\n    if (!(this instanceof CodeMirror)) return new CodeMirror(place, options);\n\n    this.options = options = options ? copyObj(options) : {};\n    // Determine effective options based on given values and defaults.\n    copyObj(defaults, options, false);\n    setGuttersForLineNumbers(options);\n\n    var doc = options.value;\n    if (typeof doc == \"string\") doc = new Doc(doc, options.mode, null, options.lineSeparator);\n    this.doc = doc;\n\n    var input = new CodeMirror.inputStyles[options.inputStyle](this);\n    var display = this.display = new Display(place, doc, input);\n    display.wrapper.CodeMirror = this;\n    updateGutters(this);\n    themeChanged(this);\n    if (options.lineWrapping)\n      this.display.wrapper.className += \" CodeMirror-wrap\";\n    if (options.autofocus && !mobile) display.input.focus();\n    initScrollbars(this);\n\n    this.state = {\n      keyMaps: [],  // stores maps added by addKeyMap\n      overlays: [], // highlighting overlays, as added by addOverlay\n      modeGen: 0,   // bumped when mode/overlay changes, used to invalidate highlighting info\n      overwrite: false,\n      delayingBlurEvent: false,\n      focused: false,\n      suppressEdits: false, // used to disable editing during key handlers when in readOnly mode\n      pasteIncoming: false, cutIncoming: false, // help recognize paste/cut edits in input.poll\n      selectingText: false,\n      draggingText: false,\n      highlight: new Delayed(), // stores highlight worker timeout\n      keySeq: null,  // Unfinished key sequence\n      specialChars: null\n    };\n\n    var cm = this;\n\n    // Override magic textarea content restore that IE sometimes does\n    // on our hidden textarea on reload\n    if (ie && ie_version < 11) setTimeout(function() { cm.display.input.reset(true); }, 20);\n\n    registerEventHandlers(this);\n    ensureGlobalHandlers();\n\n    startOperation(this);\n    this.curOp.forceUpdate = true;\n    attachDoc(this, doc);\n\n    if ((options.autofocus && !mobile) || cm.hasFocus())\n      setTimeout(bind(onFocus, this), 20);\n    else\n      onBlur(this);\n\n    for (var opt in optionHandlers) if (optionHandlers.hasOwnProperty(opt))\n      optionHandlers[opt](this, options[opt], Init);\n    maybeUpdateLineNumberWidth(this);\n    if (options.finishInit) options.finishInit(this);\n    for (var i = 0; i < initHooks.length; ++i) initHooks[i](this);\n    endOperation(this);\n    // Suppress optimizelegibility in Webkit, since it breaks text\n    // measuring on line wrapping boundaries.\n    if (webkit && options.lineWrapping &&\n        getComputedStyle(display.lineDiv).textRendering == \"optimizelegibility\")\n      display.lineDiv.style.textRendering = \"auto\";\n  }\n\n  // DISPLAY CONSTRUCTOR\n\n  // The display handles the DOM integration, both for input reading\n  // and content drawing. It holds references to DOM nodes and\n  // display-related state.\n\n  function Display(place, doc, input) {\n    var d = this;\n    this.input = input;\n\n    // Covers bottom-right square when both scrollbars are present.\n    d.scrollbarFiller = elt(\"div\", null, \"CodeMirror-scrollbar-filler\");\n    d.scrollbarFiller.setAttribute(\"cm-not-content\", \"true\");\n    // Covers bottom of gutter when coverGutterNextToScrollbar is on\n    // and h scrollbar is present.\n    d.gutterFiller = elt(\"div\", null, \"CodeMirror-gutter-filler\");\n    d.gutterFiller.setAttribute(\"cm-not-content\", \"true\");\n    // Will contain the actual code, positioned to cover the viewport.\n    d.lineDiv = elt(\"div\", null, \"CodeMirror-code\");\n    // Elements are added to these to represent selection and cursors.\n    d.selectionDiv = elt(\"div\", null, null, \"position: relative; z-index: 1\");\n    d.cursorDiv = elt(\"div\", null, \"CodeMirror-cursors\");\n    // A visibility: hidden element used to find the size of things.\n    d.measure = elt(\"div\", null, \"CodeMirror-measure\");\n    // When lines outside of the viewport are measured, they are drawn in this.\n    d.lineMeasure = elt(\"div\", null, \"CodeMirror-measure\");\n    // Wraps everything that needs to exist inside the vertically-padded coordinate system\n    d.lineSpace = elt(\"div\", [d.measure, d.lineMeasure, d.selectionDiv, d.cursorDiv, d.lineDiv],\n                      null, \"position: relative; outline: none\");\n    // Moved around its parent to cover visible view.\n    d.mover = elt(\"div\", [elt(\"div\", [d.lineSpace], \"CodeMirror-lines\")], null, \"position: relative\");\n    // Set to the height of the document, allowing scrolling.\n    d.sizer = elt(\"div\", [d.mover], \"CodeMirror-sizer\");\n    d.sizerWidth = null;\n    // Behavior of elts with overflow: auto and padding is\n    // inconsistent across browsers. This is used to ensure the\n    // scrollable area is big enough.\n    d.heightForcer = elt(\"div\", null, null, \"position: absolute; height: \" + scrollerGap + \"px; width: 1px;\");\n    // Will contain the gutters, if any.\n    d.gutters = elt(\"div\", null, \"CodeMirror-gutters\");\n    d.lineGutter = null;\n    // Actual scrollable element.\n    d.scroller = elt(\"div\", [d.sizer, d.heightForcer, d.gutters], \"CodeMirror-scroll\");\n    d.scroller.setAttribute(\"tabIndex\", \"-1\");\n    // The element in which the editor lives.\n    d.wrapper = elt(\"div\", [d.scrollbarFiller, d.gutterFiller, d.scroller], \"CodeMirror\");\n\n    // Work around IE7 z-index bug (not perfect, hence IE7 not really being supported)\n    if (ie && ie_version < 8) { d.gutters.style.zIndex = -1; d.scroller.style.paddingRight = 0; }\n    if (!webkit && !(gecko && mobile)) d.scroller.draggable = true;\n\n    if (place) {\n      if (place.appendChild) place.appendChild(d.wrapper);\n      else place(d.wrapper);\n    }\n\n    // Current rendered range (may be bigger than the view window).\n    d.viewFrom = d.viewTo = doc.first;\n    d.reportedViewFrom = d.reportedViewTo = doc.first;\n    // Information about the rendered lines.\n    d.view = [];\n    d.renderedView = null;\n    // Holds info about a single rendered line when it was rendered\n    // for measurement, while not in view.\n    d.externalMeasured = null;\n    // Empty space (in pixels) above the view\n    d.viewOffset = 0;\n    d.lastWrapHeight = d.lastWrapWidth = 0;\n    d.updateLineNumbers = null;\n\n    d.nativeBarWidth = d.barHeight = d.barWidth = 0;\n    d.scrollbarsClipped = false;\n\n    // Used to only resize the line number gutter when necessary (when\n    // the amount of lines crosses a boundary that makes its width change)\n    d.lineNumWidth = d.lineNumInnerWidth = d.lineNumChars = null;\n    // Set to true when a non-horizontal-scrolling line widget is\n    // added. As an optimization, line widget aligning is skipped when\n    // this is false.\n    d.alignWidgets = false;\n\n    d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n\n    // Tracks the maximum line length so that the horizontal scrollbar\n    // can be kept static when scrolling.\n    d.maxLine = null;\n    d.maxLineLength = 0;\n    d.maxLineChanged = false;\n\n    // Used for measuring wheel scrolling granularity\n    d.wheelDX = d.wheelDY = d.wheelStartX = d.wheelStartY = null;\n\n    // True when shift is held down.\n    d.shift = false;\n\n    // Used to track whether anything happened since the context menu\n    // was opened.\n    d.selForContextMenu = null;\n\n    d.activeTouch = null;\n\n    input.init(d);\n  }\n\n  // STATE UPDATES\n\n  // Used to get the editor into a consistent state again when options change.\n\n  function loadMode(cm) {\n    cm.doc.mode = CodeMirror.getMode(cm.options, cm.doc.modeOption);\n    resetModeState(cm);\n  }\n\n  function resetModeState(cm) {\n    cm.doc.iter(function(line) {\n      if (line.stateAfter) line.stateAfter = null;\n      if (line.styles) line.styles = null;\n    });\n    cm.doc.frontier = cm.doc.first;\n    startWorker(cm, 100);\n    cm.state.modeGen++;\n    if (cm.curOp) regChange(cm);\n  }\n\n  function wrappingChanged(cm) {\n    if (cm.options.lineWrapping) {\n      addClass(cm.display.wrapper, \"CodeMirror-wrap\");\n      cm.display.sizer.style.minWidth = \"\";\n      cm.display.sizerWidth = null;\n    } else {\n      rmClass(cm.display.wrapper, \"CodeMirror-wrap\");\n      findMaxLine(cm);\n    }\n    estimateLineHeights(cm);\n    regChange(cm);\n    clearCaches(cm);\n    setTimeout(function(){updateScrollbars(cm);}, 100);\n  }\n\n  // Returns a function that estimates the height of a line, to use as\n  // first approximation until the line becomes visible (and is thus\n  // properly measurable).\n  function estimateHeight(cm) {\n    var th = textHeight(cm.display), wrapping = cm.options.lineWrapping;\n    var perLine = wrapping && Math.max(5, cm.display.scroller.clientWidth / charWidth(cm.display) - 3);\n    return function(line) {\n      if (lineIsHidden(cm.doc, line)) return 0;\n\n      var widgetsHeight = 0;\n      if (line.widgets) for (var i = 0; i < line.widgets.length; i++) {\n        if (line.widgets[i].height) widgetsHeight += line.widgets[i].height;\n      }\n\n      if (wrapping)\n        return widgetsHeight + (Math.ceil(line.text.length / perLine) || 1) * th;\n      else\n        return widgetsHeight + th;\n    };\n  }\n\n  function estimateLineHeights(cm) {\n    var doc = cm.doc, est = estimateHeight(cm);\n    doc.iter(function(line) {\n      var estHeight = est(line);\n      if (estHeight != line.height) updateLineHeight(line, estHeight);\n    });\n  }\n\n  function themeChanged(cm) {\n    cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-s-\\S+/g, \"\") +\n      cm.options.theme.replace(/(^|\\s)\\s*/g, \" cm-s-\");\n    clearCaches(cm);\n  }\n\n  function guttersChanged(cm) {\n    updateGutters(cm);\n    regChange(cm);\n    setTimeout(function(){alignHorizontally(cm);}, 20);\n  }\n\n  // Rebuild the gutter elements, ensure the margin to the left of the\n  // code matches their width.\n  function updateGutters(cm) {\n    var gutters = cm.display.gutters, specs = cm.options.gutters;\n    removeChildren(gutters);\n    for (var i = 0; i < specs.length; ++i) {\n      var gutterClass = specs[i];\n      var gElt = gutters.appendChild(elt(\"div\", null, \"CodeMirror-gutter \" + gutterClass));\n      if (gutterClass == \"CodeMirror-linenumbers\") {\n        cm.display.lineGutter = gElt;\n        gElt.style.width = (cm.display.lineNumWidth || 1) + \"px\";\n      }\n    }\n    gutters.style.display = i ? \"\" : \"none\";\n    updateGutterSpace(cm);\n  }\n\n  function updateGutterSpace(cm) {\n    var width = cm.display.gutters.offsetWidth;\n    cm.display.sizer.style.marginLeft = width + \"px\";\n  }\n\n  // Compute the character length of a line, taking into account\n  // collapsed ranges (see markText) that might hide parts, and join\n  // other lines onto it.\n  function lineLength(line) {\n    if (line.height == 0) return 0;\n    var len = line.text.length, merged, cur = line;\n    while (merged = collapsedSpanAtStart(cur)) {\n      var found = merged.find(0, true);\n      cur = found.from.line;\n      len += found.from.ch - found.to.ch;\n    }\n    cur = line;\n    while (merged = collapsedSpanAtEnd(cur)) {\n      var found = merged.find(0, true);\n      len -= cur.text.length - found.from.ch;\n      cur = found.to.line;\n      len += cur.text.length - found.to.ch;\n    }\n    return len;\n  }\n\n  // Find the longest line in the document.\n  function findMaxLine(cm) {\n    var d = cm.display, doc = cm.doc;\n    d.maxLine = getLine(doc, doc.first);\n    d.maxLineLength = lineLength(d.maxLine);\n    d.maxLineChanged = true;\n    doc.iter(function(line) {\n      var len = lineLength(line);\n      if (len > d.maxLineLength) {\n        d.maxLineLength = len;\n        d.maxLine = line;\n      }\n    });\n  }\n\n  // Make sure the gutters options contains the element\n  // \"CodeMirror-linenumbers\" when the lineNumbers option is true.\n  function setGuttersForLineNumbers(options) {\n    var found = indexOf(options.gutters, \"CodeMirror-linenumbers\");\n    if (found == -1 && options.lineNumbers) {\n      options.gutters = options.gutters.concat([\"CodeMirror-linenumbers\"]);\n    } else if (found > -1 && !options.lineNumbers) {\n      options.gutters = options.gutters.slice(0);\n      options.gutters.splice(found, 1);\n    }\n  }\n\n  // SCROLLBARS\n\n  // Prepare DOM reads needed to update the scrollbars. Done in one\n  // shot to minimize update/measure roundtrips.\n  function measureForScrollbars(cm) {\n    var d = cm.display, gutterW = d.gutters.offsetWidth;\n    var docH = Math.round(cm.doc.height + paddingVert(cm.display));\n    return {\n      clientHeight: d.scroller.clientHeight,\n      viewHeight: d.wrapper.clientHeight,\n      scrollWidth: d.scroller.scrollWidth, clientWidth: d.scroller.clientWidth,\n      viewWidth: d.wrapper.clientWidth,\n      barLeft: cm.options.fixedGutter ? gutterW : 0,\n      docHeight: docH,\n      scrollHeight: docH + scrollGap(cm) + d.barHeight,\n      nativeBarWidth: d.nativeBarWidth,\n      gutterWidth: gutterW\n    };\n  }\n\n  function NativeScrollbars(place, scroll, cm) {\n    this.cm = cm;\n    var vert = this.vert = elt(\"div\", [elt(\"div\", null, null, \"min-width: 1px\")], \"CodeMirror-vscrollbar\");\n    var horiz = this.horiz = elt(\"div\", [elt(\"div\", null, null, \"height: 100%; min-height: 1px\")], \"CodeMirror-hscrollbar\");\n    place(vert); place(horiz);\n\n    on(vert, \"scroll\", function() {\n      if (vert.clientHeight) scroll(vert.scrollTop, \"vertical\");\n    });\n    on(horiz, \"scroll\", function() {\n      if (horiz.clientWidth) scroll(horiz.scrollLeft, \"horizontal\");\n    });\n\n    this.checkedZeroWidth = false;\n    // Need to set a minimum width to see the scrollbar on IE7 (but must not set it on IE8).\n    if (ie && ie_version < 8) this.horiz.style.minHeight = this.vert.style.minWidth = \"18px\";\n  }\n\n  NativeScrollbars.prototype = copyObj({\n    update: function(measure) {\n      var needsH = measure.scrollWidth > measure.clientWidth + 1;\n      var needsV = measure.scrollHeight > measure.clientHeight + 1;\n      var sWidth = measure.nativeBarWidth;\n\n      if (needsV) {\n        this.vert.style.display = \"block\";\n        this.vert.style.bottom = needsH ? sWidth + \"px\" : \"0\";\n        var totalHeight = measure.viewHeight - (needsH ? sWidth : 0);\n        // A bug in IE8 can cause this value to be negative, so guard it.\n        this.vert.firstChild.style.height =\n          Math.max(0, measure.scrollHeight - measure.clientHeight + totalHeight) + \"px\";\n      } else {\n        this.vert.style.display = \"\";\n        this.vert.firstChild.style.height = \"0\";\n      }\n\n      if (needsH) {\n        this.horiz.style.display = \"block\";\n        this.horiz.style.right = needsV ? sWidth + \"px\" : \"0\";\n        this.horiz.style.left = measure.barLeft + \"px\";\n        var totalWidth = measure.viewWidth - measure.barLeft - (needsV ? sWidth : 0);\n        this.horiz.firstChild.style.width =\n          (measure.scrollWidth - measure.clientWidth + totalWidth) + \"px\";\n      } else {\n        this.horiz.style.display = \"\";\n        this.horiz.firstChild.style.width = \"0\";\n      }\n\n      if (!this.checkedZeroWidth && measure.clientHeight > 0) {\n        if (sWidth == 0) this.zeroWidthHack();\n        this.checkedZeroWidth = true;\n      }\n\n      return {right: needsV ? sWidth : 0, bottom: needsH ? sWidth : 0};\n    },\n    setScrollLeft: function(pos) {\n      if (this.horiz.scrollLeft != pos) this.horiz.scrollLeft = pos;\n      if (this.disableHoriz) this.enableZeroWidthBar(this.horiz, this.disableHoriz);\n    },\n    setScrollTop: function(pos) {\n      if (this.vert.scrollTop != pos) this.vert.scrollTop = pos;\n      if (this.disableVert) this.enableZeroWidthBar(this.vert, this.disableVert);\n    },\n    zeroWidthHack: function() {\n      var w = mac && !mac_geMountainLion ? \"12px\" : \"18px\";\n      this.horiz.style.height = this.vert.style.width = w;\n      this.horiz.style.pointerEvents = this.vert.style.pointerEvents = \"none\";\n      this.disableHoriz = new Delayed;\n      this.disableVert = new Delayed;\n    },\n    enableZeroWidthBar: function(bar, delay) {\n      bar.style.pointerEvents = \"auto\";\n      function maybeDisable() {\n        // To find out whether the scrollbar is still visible, we\n        // check whether the element under the pixel in the bottom\n        // left corner of the scrollbar box is the scrollbar box\n        // itself (when the bar is still visible) or its filler child\n        // (when the bar is hidden). If it is still visible, we keep\n        // it enabled, if it's hidden, we disable pointer events.\n        var box = bar.getBoundingClientRect();\n        var elt = document.elementFromPoint(box.left + 1, box.bottom - 1);\n        if (elt != bar) bar.style.pointerEvents = \"none\";\n        else delay.set(1000, maybeDisable);\n      }\n      delay.set(1000, maybeDisable);\n    },\n    clear: function() {\n      var parent = this.horiz.parentNode;\n      parent.removeChild(this.horiz);\n      parent.removeChild(this.vert);\n    }\n  }, NativeScrollbars.prototype);\n\n  function NullScrollbars() {}\n\n  NullScrollbars.prototype = copyObj({\n    update: function() { return {bottom: 0, right: 0}; },\n    setScrollLeft: function() {},\n    setScrollTop: function() {},\n    clear: function() {}\n  }, NullScrollbars.prototype);\n\n  CodeMirror.scrollbarModel = {\"native\": NativeScrollbars, \"null\": NullScrollbars};\n\n  function initScrollbars(cm) {\n    if (cm.display.scrollbars) {\n      cm.display.scrollbars.clear();\n      if (cm.display.scrollbars.addClass)\n        rmClass(cm.display.wrapper, cm.display.scrollbars.addClass);\n    }\n\n    cm.display.scrollbars = new CodeMirror.scrollbarModel[cm.options.scrollbarStyle](function(node) {\n      cm.display.wrapper.insertBefore(node, cm.display.scrollbarFiller);\n      // Prevent clicks in the scrollbars from killing focus\n      on(node, \"mousedown\", function() {\n        if (cm.state.focused) setTimeout(function() { cm.display.input.focus(); }, 0);\n      });\n      node.setAttribute(\"cm-not-content\", \"true\");\n    }, function(pos, axis) {\n      if (axis == \"horizontal\") setScrollLeft(cm, pos);\n      else setScrollTop(cm, pos);\n    }, cm);\n    if (cm.display.scrollbars.addClass)\n      addClass(cm.display.wrapper, cm.display.scrollbars.addClass);\n  }\n\n  function updateScrollbars(cm, measure) {\n    if (!measure) measure = measureForScrollbars(cm);\n    var startWidth = cm.display.barWidth, startHeight = cm.display.barHeight;\n    updateScrollbarsInner(cm, measure);\n    for (var i = 0; i < 4 && startWidth != cm.display.barWidth || startHeight != cm.display.barHeight; i++) {\n      if (startWidth != cm.display.barWidth && cm.options.lineWrapping)\n        updateHeightsInViewport(cm);\n      updateScrollbarsInner(cm, measureForScrollbars(cm));\n      startWidth = cm.display.barWidth; startHeight = cm.display.barHeight;\n    }\n  }\n\n  // Re-synchronize the fake scrollbars with the actual size of the\n  // content.\n  function updateScrollbarsInner(cm, measure) {\n    var d = cm.display;\n    var sizes = d.scrollbars.update(measure);\n\n    d.sizer.style.paddingRight = (d.barWidth = sizes.right) + \"px\";\n    d.sizer.style.paddingBottom = (d.barHeight = sizes.bottom) + \"px\";\n    d.heightForcer.style.borderBottom = sizes.bottom + \"px solid transparent\"\n\n    if (sizes.right && sizes.bottom) {\n      d.scrollbarFiller.style.display = \"block\";\n      d.scrollbarFiller.style.height = sizes.bottom + \"px\";\n      d.scrollbarFiller.style.width = sizes.right + \"px\";\n    } else d.scrollbarFiller.style.display = \"\";\n    if (sizes.bottom && cm.options.coverGutterNextToScrollbar && cm.options.fixedGutter) {\n      d.gutterFiller.style.display = \"block\";\n      d.gutterFiller.style.height = sizes.bottom + \"px\";\n      d.gutterFiller.style.width = measure.gutterWidth + \"px\";\n    } else d.gutterFiller.style.display = \"\";\n  }\n\n  // Compute the lines that are visible in a given viewport (defaults\n  // the the current scroll position). viewport may contain top,\n  // height, and ensure (see op.scrollToPos) properties.\n  function visibleLines(display, doc, viewport) {\n    var top = viewport && viewport.top != null ? Math.max(0, viewport.top) : display.scroller.scrollTop;\n    top = Math.floor(top - paddingTop(display));\n    var bottom = viewport && viewport.bottom != null ? viewport.bottom : top + display.wrapper.clientHeight;\n\n    var from = lineAtHeight(doc, top), to = lineAtHeight(doc, bottom);\n    // Ensure is a {from: {line, ch}, to: {line, ch}} object, and\n    // forces those lines into the viewport (if possible).\n    if (viewport && viewport.ensure) {\n      var ensureFrom = viewport.ensure.from.line, ensureTo = viewport.ensure.to.line;\n      if (ensureFrom < from) {\n        from = ensureFrom;\n        to = lineAtHeight(doc, heightAtLine(getLine(doc, ensureFrom)) + display.wrapper.clientHeight);\n      } else if (Math.min(ensureTo, doc.lastLine()) >= to) {\n        from = lineAtHeight(doc, heightAtLine(getLine(doc, ensureTo)) - display.wrapper.clientHeight);\n        to = ensureTo;\n      }\n    }\n    return {from: from, to: Math.max(to, from + 1)};\n  }\n\n  // LINE NUMBERS\n\n  // Re-align line numbers and gutter marks to compensate for\n  // horizontal scrolling.\n  function alignHorizontally(cm) {\n    var display = cm.display, view = display.view;\n    if (!display.alignWidgets && (!display.gutters.firstChild || !cm.options.fixedGutter)) return;\n    var comp = compensateForHScroll(display) - display.scroller.scrollLeft + cm.doc.scrollLeft;\n    var gutterW = display.gutters.offsetWidth, left = comp + \"px\";\n    for (var i = 0; i < view.length; i++) if (!view[i].hidden) {\n      if (cm.options.fixedGutter && view[i].gutter)\n        view[i].gutter.style.left = left;\n      var align = view[i].alignable;\n      if (align) for (var j = 0; j < align.length; j++)\n        align[j].style.left = left;\n    }\n    if (cm.options.fixedGutter)\n      display.gutters.style.left = (comp + gutterW) + \"px\";\n  }\n\n  // Used to ensure that the line number gutter is still the right\n  // size for the current document size. Returns true when an update\n  // is needed.\n  function maybeUpdateLineNumberWidth(cm) {\n    if (!cm.options.lineNumbers) return false;\n    var doc = cm.doc, last = lineNumberFor(cm.options, doc.first + doc.size - 1), display = cm.display;\n    if (last.length != display.lineNumChars) {\n      var test = display.measure.appendChild(elt(\"div\", [elt(\"div\", last)],\n                                                 \"CodeMirror-linenumber CodeMirror-gutter-elt\"));\n      var innerW = test.firstChild.offsetWidth, padding = test.offsetWidth - innerW;\n      display.lineGutter.style.width = \"\";\n      display.lineNumInnerWidth = Math.max(innerW, display.lineGutter.offsetWidth - padding) + 1;\n      display.lineNumWidth = display.lineNumInnerWidth + padding;\n      display.lineNumChars = display.lineNumInnerWidth ? last.length : -1;\n      display.lineGutter.style.width = display.lineNumWidth + \"px\";\n      updateGutterSpace(cm);\n      return true;\n    }\n    return false;\n  }\n\n  function lineNumberFor(options, i) {\n    return String(options.lineNumberFormatter(i + options.firstLineNumber));\n  }\n\n  // Computes display.scroller.scrollLeft + display.gutters.offsetWidth,\n  // but using getBoundingClientRect to get a sub-pixel-accurate\n  // result.\n  function compensateForHScroll(display) {\n    return display.scroller.getBoundingClientRect().left - display.sizer.getBoundingClientRect().left;\n  }\n\n  // DISPLAY DRAWING\n\n  function DisplayUpdate(cm, viewport, force) {\n    var display = cm.display;\n\n    this.viewport = viewport;\n    // Store some values that we'll need later (but don't want to force a relayout for)\n    this.visible = visibleLines(display, cm.doc, viewport);\n    this.editorIsHidden = !display.wrapper.offsetWidth;\n    this.wrapperHeight = display.wrapper.clientHeight;\n    this.wrapperWidth = display.wrapper.clientWidth;\n    this.oldDisplayWidth = displayWidth(cm);\n    this.force = force;\n    this.dims = getDimensions(cm);\n    this.events = [];\n  }\n\n  DisplayUpdate.prototype.signal = function(emitter, type) {\n    if (hasHandler(emitter, type))\n      this.events.push(arguments);\n  };\n  DisplayUpdate.prototype.finish = function() {\n    for (var i = 0; i < this.events.length; i++)\n      signal.apply(null, this.events[i]);\n  };\n\n  function maybeClipScrollbars(cm) {\n    var display = cm.display;\n    if (!display.scrollbarsClipped && display.scroller.offsetWidth) {\n      display.nativeBarWidth = display.scroller.offsetWidth - display.scroller.clientWidth;\n      display.heightForcer.style.height = scrollGap(cm) + \"px\";\n      display.sizer.style.marginBottom = -display.nativeBarWidth + \"px\";\n      display.sizer.style.borderRightWidth = scrollGap(cm) + \"px\";\n      display.scrollbarsClipped = true;\n    }\n  }\n\n  // Does the actual updating of the line display. Bails out\n  // (returning false) when there is nothing to be done and forced is\n  // false.\n  function updateDisplayIfNeeded(cm, update) {\n    var display = cm.display, doc = cm.doc;\n\n    if (update.editorIsHidden) {\n      resetView(cm);\n      return false;\n    }\n\n    // Bail out if the visible area is already rendered and nothing changed.\n    if (!update.force &&\n        update.visible.from >= display.viewFrom && update.visible.to <= display.viewTo &&\n        (display.updateLineNumbers == null || display.updateLineNumbers >= display.viewTo) &&\n        display.renderedView == display.view && countDirtyView(cm) == 0)\n      return false;\n\n    if (maybeUpdateLineNumberWidth(cm)) {\n      resetView(cm);\n      update.dims = getDimensions(cm);\n    }\n\n    // Compute a suitable new viewport (from & to)\n    var end = doc.first + doc.size;\n    var from = Math.max(update.visible.from - cm.options.viewportMargin, doc.first);\n    var to = Math.min(end, update.visible.to + cm.options.viewportMargin);\n    if (display.viewFrom < from && from - display.viewFrom < 20) from = Math.max(doc.first, display.viewFrom);\n    if (display.viewTo > to && display.viewTo - to < 20) to = Math.min(end, display.viewTo);\n    if (sawCollapsedSpans) {\n      from = visualLineNo(cm.doc, from);\n      to = visualLineEndNo(cm.doc, to);\n    }\n\n    var different = from != display.viewFrom || to != display.viewTo ||\n      display.lastWrapHeight != update.wrapperHeight || display.lastWrapWidth != update.wrapperWidth;\n    adjustView(cm, from, to);\n\n    display.viewOffset = heightAtLine(getLine(cm.doc, display.viewFrom));\n    // Position the mover div to align with the current scroll position\n    cm.display.mover.style.top = display.viewOffset + \"px\";\n\n    var toUpdate = countDirtyView(cm);\n    if (!different && toUpdate == 0 && !update.force && display.renderedView == display.view &&\n        (display.updateLineNumbers == null || display.updateLineNumbers >= display.viewTo))\n      return false;\n\n    // For big changes, we hide the enclosing element during the\n    // update, since that speeds up the operations on most browsers.\n    var focused = activeElt();\n    if (toUpdate > 4) display.lineDiv.style.display = \"none\";\n    patchDisplay(cm, display.updateLineNumbers, update.dims);\n    if (toUpdate > 4) display.lineDiv.style.display = \"\";\n    display.renderedView = display.view;\n    // There might have been a widget with a focused element that got\n    // hidden or updated, if so re-focus it.\n    if (focused && activeElt() != focused && focused.offsetHeight) focused.focus();\n\n    // Prevent selection and cursors from interfering with the scroll\n    // width and height.\n    removeChildren(display.cursorDiv);\n    removeChildren(display.selectionDiv);\n    display.gutters.style.height = display.sizer.style.minHeight = 0;\n\n    if (different) {\n      display.lastWrapHeight = update.wrapperHeight;\n      display.lastWrapWidth = update.wrapperWidth;\n      startWorker(cm, 400);\n    }\n\n    display.updateLineNumbers = null;\n\n    return true;\n  }\n\n  function postUpdateDisplay(cm, update) {\n    var viewport = update.viewport;\n\n    for (var first = true;; first = false) {\n      if (!first || !cm.options.lineWrapping || update.oldDisplayWidth == displayWidth(cm)) {\n        // Clip forced viewport to actual scrollable area.\n        if (viewport && viewport.top != null)\n          viewport = {top: Math.min(cm.doc.height + paddingVert(cm.display) - displayHeight(cm), viewport.top)};\n        // Updated line heights might result in the drawn area not\n        // actually covering the viewport. Keep looping until it does.\n        update.visible = visibleLines(cm.display, cm.doc, viewport);\n        if (update.visible.from >= cm.display.viewFrom && update.visible.to <= cm.display.viewTo)\n          break;\n      }\n      if (!updateDisplayIfNeeded(cm, update)) break;\n      updateHeightsInViewport(cm);\n      var barMeasure = measureForScrollbars(cm);\n      updateSelection(cm);\n      updateScrollbars(cm, barMeasure);\n      setDocumentHeight(cm, barMeasure);\n    }\n\n    update.signal(cm, \"update\", cm);\n    if (cm.display.viewFrom != cm.display.reportedViewFrom || cm.display.viewTo != cm.display.reportedViewTo) {\n      update.signal(cm, \"viewportChange\", cm, cm.display.viewFrom, cm.display.viewTo);\n      cm.display.reportedViewFrom = cm.display.viewFrom; cm.display.reportedViewTo = cm.display.viewTo;\n    }\n  }\n\n  function updateDisplaySimple(cm, viewport) {\n    var update = new DisplayUpdate(cm, viewport);\n    if (updateDisplayIfNeeded(cm, update)) {\n      updateHeightsInViewport(cm);\n      postUpdateDisplay(cm, update);\n      var barMeasure = measureForScrollbars(cm);\n      updateSelection(cm);\n      updateScrollbars(cm, barMeasure);\n      setDocumentHeight(cm, barMeasure);\n      update.finish();\n    }\n  }\n\n  function setDocumentHeight(cm, measure) {\n    cm.display.sizer.style.minHeight = measure.docHeight + \"px\";\n    cm.display.heightForcer.style.top = measure.docHeight + \"px\";\n    cm.display.gutters.style.height = (measure.docHeight + cm.display.barHeight + scrollGap(cm)) + \"px\";\n  }\n\n  // Read the actual heights of the rendered lines, and update their\n  // stored heights to match.\n  function updateHeightsInViewport(cm) {\n    var display = cm.display;\n    var prevBottom = display.lineDiv.offsetTop;\n    for (var i = 0; i < display.view.length; i++) {\n      var cur = display.view[i], height;\n      if (cur.hidden) continue;\n      if (ie && ie_version < 8) {\n        var bot = cur.node.offsetTop + cur.node.offsetHeight;\n        height = bot - prevBottom;\n        prevBottom = bot;\n      } else {\n        var box = cur.node.getBoundingClientRect();\n        height = box.bottom - box.top;\n      }\n      var diff = cur.line.height - height;\n      if (height < 2) height = textHeight(display);\n      if (diff > .001 || diff < -.001) {\n        updateLineHeight(cur.line, height);\n        updateWidgetHeight(cur.line);\n        if (cur.rest) for (var j = 0; j < cur.rest.length; j++)\n          updateWidgetHeight(cur.rest[j]);\n      }\n    }\n  }\n\n  // Read and store the height of line widgets associated with the\n  // given line.\n  function updateWidgetHeight(line) {\n    if (line.widgets) for (var i = 0; i < line.widgets.length; ++i)\n      line.widgets[i].height = line.widgets[i].node.parentNode.offsetHeight;\n  }\n\n  // Do a bulk-read of the DOM positions and sizes needed to draw the\n  // view, so that we don't interleave reading and writing to the DOM.\n  function getDimensions(cm) {\n    var d = cm.display, left = {}, width = {};\n    var gutterLeft = d.gutters.clientLeft;\n    for (var n = d.gutters.firstChild, i = 0; n; n = n.nextSibling, ++i) {\n      left[cm.options.gutters[i]] = n.offsetLeft + n.clientLeft + gutterLeft;\n      width[cm.options.gutters[i]] = n.clientWidth;\n    }\n    return {fixedPos: compensateForHScroll(d),\n            gutterTotalWidth: d.gutters.offsetWidth,\n            gutterLeft: left,\n            gutterWidth: width,\n            wrapperWidth: d.wrapper.clientWidth};\n  }\n\n  // Sync the actual display DOM structure with display.view, removing\n  // nodes for lines that are no longer in view, and creating the ones\n  // that are not there yet, and updating the ones that are out of\n  // date.\n  function patchDisplay(cm, updateNumbersFrom, dims) {\n    var display = cm.display, lineNumbers = cm.options.lineNumbers;\n    var container = display.lineDiv, cur = container.firstChild;\n\n    function rm(node) {\n      var next = node.nextSibling;\n      // Works around a throw-scroll bug in OS X Webkit\n      if (webkit && mac && cm.display.currentWheelTarget == node)\n        node.style.display = \"none\";\n      else\n        node.parentNode.removeChild(node);\n      return next;\n    }\n\n    var view = display.view, lineN = display.viewFrom;\n    // Loop over the elements in the view, syncing cur (the DOM nodes\n    // in display.lineDiv) with the view as we go.\n    for (var i = 0; i < view.length; i++) {\n      var lineView = view[i];\n      if (lineView.hidden) {\n      } else if (!lineView.node || lineView.node.parentNode != container) { // Not drawn yet\n        var node = buildLineElement(cm, lineView, lineN, dims);\n        container.insertBefore(node, cur);\n      } else { // Already drawn\n        while (cur != lineView.node) cur = rm(cur);\n        var updateNumber = lineNumbers && updateNumbersFrom != null &&\n          updateNumbersFrom <= lineN && lineView.lineNumber;\n        if (lineView.changes) {\n          if (indexOf(lineView.changes, \"gutter\") > -1) updateNumber = false;\n          updateLineForChanges(cm, lineView, lineN, dims);\n        }\n        if (updateNumber) {\n          removeChildren(lineView.lineNumber);\n          lineView.lineNumber.appendChild(document.createTextNode(lineNumberFor(cm.options, lineN)));\n        }\n        cur = lineView.node.nextSibling;\n      }\n      lineN += lineView.size;\n    }\n    while (cur) cur = rm(cur);\n  }\n\n  // When an aspect of a line changes, a string is added to\n  // lineView.changes. This updates the relevant part of the line's\n  // DOM structure.\n  function updateLineForChanges(cm, lineView, lineN, dims) {\n    for (var j = 0; j < lineView.changes.length; j++) {\n      var type = lineView.changes[j];\n      if (type == \"text\") updateLineText(cm, lineView);\n      else if (type == \"gutter\") updateLineGutter(cm, lineView, lineN, dims);\n      else if (type == \"class\") updateLineClasses(lineView);\n      else if (type == \"widget\") updateLineWidgets(cm, lineView, dims);\n    }\n    lineView.changes = null;\n  }\n\n  // Lines with gutter elements, widgets or a background class need to\n  // be wrapped, and have the extra elements added to the wrapper div\n  function ensureLineWrapped(lineView) {\n    if (lineView.node == lineView.text) {\n      lineView.node = elt(\"div\", null, null, \"position: relative\");\n      if (lineView.text.parentNode)\n        lineView.text.parentNode.replaceChild(lineView.node, lineView.text);\n      lineView.node.appendChild(lineView.text);\n      if (ie && ie_version < 8) lineView.node.style.zIndex = 2;\n    }\n    return lineView.node;\n  }\n\n  function updateLineBackground(lineView) {\n    var cls = lineView.bgClass ? lineView.bgClass + \" \" + (lineView.line.bgClass || \"\") : lineView.line.bgClass;\n    if (cls) cls += \" CodeMirror-linebackground\";\n    if (lineView.background) {\n      if (cls) lineView.background.className = cls;\n      else { lineView.background.parentNode.removeChild(lineView.background); lineView.background = null; }\n    } else if (cls) {\n      var wrap = ensureLineWrapped(lineView);\n      lineView.background = wrap.insertBefore(elt(\"div\", null, cls), wrap.firstChild);\n    }\n  }\n\n  // Wrapper around buildLineContent which will reuse the structure\n  // in display.externalMeasured when possible.\n  function getLineContent(cm, lineView) {\n    var ext = cm.display.externalMeasured;\n    if (ext && ext.line == lineView.line) {\n      cm.display.externalMeasured = null;\n      lineView.measure = ext.measure;\n      return ext.built;\n    }\n    return buildLineContent(cm, lineView);\n  }\n\n  // Redraw the line's text. Interacts with the background and text\n  // classes because the mode may output tokens that influence these\n  // classes.\n  function updateLineText(cm, lineView) {\n    var cls = lineView.text.className;\n    var built = getLineContent(cm, lineView);\n    if (lineView.text == lineView.node) lineView.node = built.pre;\n    lineView.text.parentNode.replaceChild(built.pre, lineView.text);\n    lineView.text = built.pre;\n    if (built.bgClass != lineView.bgClass || built.textClass != lineView.textClass) {\n      lineView.bgClass = built.bgClass;\n      lineView.textClass = built.textClass;\n      updateLineClasses(lineView);\n    } else if (cls) {\n      lineView.text.className = cls;\n    }\n  }\n\n  function updateLineClasses(lineView) {\n    updateLineBackground(lineView);\n    if (lineView.line.wrapClass)\n      ensureLineWrapped(lineView).className = lineView.line.wrapClass;\n    else if (lineView.node != lineView.text)\n      lineView.node.className = \"\";\n    var textClass = lineView.textClass ? lineView.textClass + \" \" + (lineView.line.textClass || \"\") : lineView.line.textClass;\n    lineView.text.className = textClass || \"\";\n  }\n\n  function updateLineGutter(cm, lineView, lineN, dims) {\n    if (lineView.gutter) {\n      lineView.node.removeChild(lineView.gutter);\n      lineView.gutter = null;\n    }\n    if (lineView.gutterBackground) {\n      lineView.node.removeChild(lineView.gutterBackground);\n      lineView.gutterBackground = null;\n    }\n    if (lineView.line.gutterClass) {\n      var wrap = ensureLineWrapped(lineView);\n      lineView.gutterBackground = elt(\"div\", null, \"CodeMirror-gutter-background \" + lineView.line.gutterClass,\n                                      \"left: \" + (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) +\n                                      \"px; width: \" + dims.gutterTotalWidth + \"px\");\n      wrap.insertBefore(lineView.gutterBackground, lineView.text);\n    }\n    var markers = lineView.line.gutterMarkers;\n    if (cm.options.lineNumbers || markers) {\n      var wrap = ensureLineWrapped(lineView);\n      var gutterWrap = lineView.gutter = elt(\"div\", null, \"CodeMirror-gutter-wrapper\", \"left: \" +\n                                             (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) + \"px\");\n      cm.display.input.setUneditable(gutterWrap);\n      wrap.insertBefore(gutterWrap, lineView.text);\n      if (lineView.line.gutterClass)\n        gutterWrap.className += \" \" + lineView.line.gutterClass;\n      if (cm.options.lineNumbers && (!markers || !markers[\"CodeMirror-linenumbers\"]))\n        lineView.lineNumber = gutterWrap.appendChild(\n          elt(\"div\", lineNumberFor(cm.options, lineN),\n              \"CodeMirror-linenumber CodeMirror-gutter-elt\",\n              \"left: \" + dims.gutterLeft[\"CodeMirror-linenumbers\"] + \"px; width: \"\n              + cm.display.lineNumInnerWidth + \"px\"));\n      if (markers) for (var k = 0; k < cm.options.gutters.length; ++k) {\n        var id = cm.options.gutters[k], found = markers.hasOwnProperty(id) && markers[id];\n        if (found)\n          gutterWrap.appendChild(elt(\"div\", [found], \"CodeMirror-gutter-elt\", \"left: \" +\n                                     dims.gutterLeft[id] + \"px; width: \" + dims.gutterWidth[id] + \"px\"));\n      }\n    }\n  }\n\n  function updateLineWidgets(cm, lineView, dims) {\n    if (lineView.alignable) lineView.alignable = null;\n    for (var node = lineView.node.firstChild, next; node; node = next) {\n      var next = node.nextSibling;\n      if (node.className == \"CodeMirror-linewidget\")\n        lineView.node.removeChild(node);\n    }\n    insertLineWidgets(cm, lineView, dims);\n  }\n\n  // Build a line's DOM representation from scratch\n  function buildLineElement(cm, lineView, lineN, dims) {\n    var built = getLineContent(cm, lineView);\n    lineView.text = lineView.node = built.pre;\n    if (built.bgClass) lineView.bgClass = built.bgClass;\n    if (built.textClass) lineView.textClass = built.textClass;\n\n    updateLineClasses(lineView);\n    updateLineGutter(cm, lineView, lineN, dims);\n    insertLineWidgets(cm, lineView, dims);\n    return lineView.node;\n  }\n\n  // A lineView may contain multiple logical lines (when merged by\n  // collapsed spans). The widgets for all of them need to be drawn.\n  function insertLineWidgets(cm, lineView, dims) {\n    insertLineWidgetsFor(cm, lineView.line, lineView, dims, true);\n    if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n      insertLineWidgetsFor(cm, lineView.rest[i], lineView, dims, false);\n  }\n\n  function insertLineWidgetsFor(cm, line, lineView, dims, allowAbove) {\n    if (!line.widgets) return;\n    var wrap = ensureLineWrapped(lineView);\n    for (var i = 0, ws = line.widgets; i < ws.length; ++i) {\n      var widget = ws[i], node = elt(\"div\", [widget.node], \"CodeMirror-linewidget\");\n      if (!widget.handleMouseEvents) node.setAttribute(\"cm-ignore-events\", \"true\");\n      positionLineWidget(widget, node, lineView, dims);\n      cm.display.input.setUneditable(node);\n      if (allowAbove && widget.above)\n        wrap.insertBefore(node, lineView.gutter || lineView.text);\n      else\n        wrap.appendChild(node);\n      signalLater(widget, \"redraw\");\n    }\n  }\n\n  function positionLineWidget(widget, node, lineView, dims) {\n    if (widget.noHScroll) {\n      (lineView.alignable || (lineView.alignable = [])).push(node);\n      var width = dims.wrapperWidth;\n      node.style.left = dims.fixedPos + \"px\";\n      if (!widget.coverGutter) {\n        width -= dims.gutterTotalWidth;\n        node.style.paddingLeft = dims.gutterTotalWidth + \"px\";\n      }\n      node.style.width = width + \"px\";\n    }\n    if (widget.coverGutter) {\n      node.style.zIndex = 5;\n      node.style.position = \"relative\";\n      if (!widget.noHScroll) node.style.marginLeft = -dims.gutterTotalWidth + \"px\";\n    }\n  }\n\n  // POSITION OBJECT\n\n  // A Pos instance represents a position within the text.\n  var Pos = CodeMirror.Pos = function(line, ch) {\n    if (!(this instanceof Pos)) return new Pos(line, ch);\n    this.line = line; this.ch = ch;\n  };\n\n  // Compare two positions, return 0 if they are the same, a negative\n  // number when a is less, and a positive number otherwise.\n  var cmp = CodeMirror.cmpPos = function(a, b) { return a.line - b.line || a.ch - b.ch; };\n\n  function copyPos(x) {return Pos(x.line, x.ch);}\n  function maxPos(a, b) { return cmp(a, b) < 0 ? b : a; }\n  function minPos(a, b) { return cmp(a, b) < 0 ? a : b; }\n\n  // INPUT HANDLING\n\n  function ensureFocus(cm) {\n    if (!cm.state.focused) { cm.display.input.focus(); onFocus(cm); }\n  }\n\n  // This will be set to an array of strings when copying, so that,\n  // when pasting, we know what kind of selections the copied text\n  // was made out of.\n  var lastCopied = null;\n\n  function applyTextInput(cm, inserted, deleted, sel, origin) {\n    var doc = cm.doc;\n    cm.display.shift = false;\n    if (!sel) sel = doc.sel;\n\n    var paste = cm.state.pasteIncoming || origin == \"paste\";\n    var textLines = doc.splitLines(inserted), multiPaste = null;\n    // When pasing N lines into N selections, insert one line per selection\n    if (paste && sel.ranges.length > 1) {\n      if (lastCopied && lastCopied.join(\"\\n\") == inserted) {\n        if (sel.ranges.length % lastCopied.length == 0) {\n          multiPaste = [];\n          for (var i = 0; i < lastCopied.length; i++)\n            multiPaste.push(doc.splitLines(lastCopied[i]));\n        }\n      } else if (textLines.length == sel.ranges.length) {\n        multiPaste = map(textLines, function(l) { return [l]; });\n      }\n    }\n\n    // Normal behavior is to insert the new text into every selection\n    for (var i = sel.ranges.length - 1; i >= 0; i--) {\n      var range = sel.ranges[i];\n      var from = range.from(), to = range.to();\n      if (range.empty()) {\n        if (deleted && deleted > 0) // Handle deletion\n          from = Pos(from.line, from.ch - deleted);\n        else if (cm.state.overwrite && !paste) // Handle overwrite\n          to = Pos(to.line, Math.min(getLine(doc, to.line).text.length, to.ch + lst(textLines).length));\n      }\n      var updateInput = cm.curOp.updateInput;\n      var changeEvent = {from: from, to: to, text: multiPaste ? multiPaste[i % multiPaste.length] : textLines,\n                         origin: origin || (paste ? \"paste\" : cm.state.cutIncoming ? \"cut\" : \"+input\")};\n      makeChange(cm.doc, changeEvent);\n      signalLater(cm, \"inputRead\", cm, changeEvent);\n    }\n    if (inserted && !paste)\n      triggerElectric(cm, inserted);\n\n    ensureCursorVisible(cm);\n    cm.curOp.updateInput = updateInput;\n    cm.curOp.typing = true;\n    cm.state.pasteIncoming = cm.state.cutIncoming = false;\n  }\n\n  function handlePaste(e, cm) {\n    var pasted = e.clipboardData && e.clipboardData.getData(\"text/plain\");\n    if (pasted) {\n      e.preventDefault();\n      if (!cm.isReadOnly() && !cm.options.disableInput)\n        runInOp(cm, function() { applyTextInput(cm, pasted, 0, null, \"paste\"); });\n      return true;\n    }\n  }\n\n  function triggerElectric(cm, inserted) {\n    // When an 'electric' character is inserted, immediately trigger a reindent\n    if (!cm.options.electricChars || !cm.options.smartIndent) return;\n    var sel = cm.doc.sel;\n\n    for (var i = sel.ranges.length - 1; i >= 0; i--) {\n      var range = sel.ranges[i];\n      if (range.head.ch > 100 || (i && sel.ranges[i - 1].head.line == range.head.line)) continue;\n      var mode = cm.getModeAt(range.head);\n      var indented = false;\n      if (mode.electricChars) {\n        for (var j = 0; j < mode.electricChars.length; j++)\n          if (inserted.indexOf(mode.electricChars.charAt(j)) > -1) {\n            indented = indentLine(cm, range.head.line, \"smart\");\n            break;\n          }\n      } else if (mode.electricInput) {\n        if (mode.electricInput.test(getLine(cm.doc, range.head.line).text.slice(0, range.head.ch)))\n          indented = indentLine(cm, range.head.line, \"smart\");\n      }\n      if (indented) signalLater(cm, \"electricInput\", cm, range.head.line);\n    }\n  }\n\n  function copyableRanges(cm) {\n    var text = [], ranges = [];\n    for (var i = 0; i < cm.doc.sel.ranges.length; i++) {\n      var line = cm.doc.sel.ranges[i].head.line;\n      var lineRange = {anchor: Pos(line, 0), head: Pos(line + 1, 0)};\n      ranges.push(lineRange);\n      text.push(cm.getRange(lineRange.anchor, lineRange.head));\n    }\n    return {text: text, ranges: ranges};\n  }\n\n  function disableBrowserMagic(field) {\n    field.setAttribute(\"autocorrect\", \"off\");\n    field.setAttribute(\"autocapitalize\", \"off\");\n    field.setAttribute(\"spellcheck\", \"false\");\n  }\n\n  // TEXTAREA INPUT STYLE\n\n  function TextareaInput(cm) {\n    this.cm = cm;\n    // See input.poll and input.reset\n    this.prevInput = \"\";\n\n    // Flag that indicates whether we expect input to appear real soon\n    // now (after some event like 'keypress' or 'input') and are\n    // polling intensively.\n    this.pollingFast = false;\n    // Self-resetting timeout for the poller\n    this.polling = new Delayed();\n    // Tracks when input.reset has punted to just putting a short\n    // string into the textarea instead of the full selection.\n    this.inaccurateSelection = false;\n    // Used to work around IE issue with selection being forgotten when focus moves away from textarea\n    this.hasSelection = false;\n    this.composing = null;\n  };\n\n  function hiddenTextarea() {\n    var te = elt(\"textarea\", null, null, \"position: absolute; padding: 0; width: 1px; height: 1em; outline: none\");\n    var div = elt(\"div\", [te], null, \"overflow: hidden; position: relative; width: 3px; height: 0px;\");\n    // The textarea is kept positioned near the cursor to prevent the\n    // fact that it'll be scrolled into view on input from scrolling\n    // our fake cursor out of view. On webkit, when wrap=off, paste is\n    // very slow. So make the area wide instead.\n    if (webkit) te.style.width = \"1000px\";\n    else te.setAttribute(\"wrap\", \"off\");\n    // If border: 0; -- iOS fails to open keyboard (issue #1287)\n    if (ios) te.style.border = \"1px solid black\";\n    disableBrowserMagic(te);\n    return div;\n  }\n\n  TextareaInput.prototype = copyObj({\n    init: function(display) {\n      var input = this, cm = this.cm;\n\n      // Wraps and hides input textarea\n      var div = this.wrapper = hiddenTextarea();\n      // The semihidden textarea that is focused when the editor is\n      // focused, and receives input.\n      var te = this.textarea = div.firstChild;\n      display.wrapper.insertBefore(div, display.wrapper.firstChild);\n\n      // Needed to hide big blue blinking cursor on Mobile Safari (doesn't seem to work in iOS 8 anymore)\n      if (ios) te.style.width = \"0px\";\n\n      on(te, \"input\", function() {\n        if (ie && ie_version >= 9 && input.hasSelection) input.hasSelection = null;\n        input.poll();\n      });\n\n      on(te, \"paste\", function(e) {\n        if (signalDOMEvent(cm, e) || handlePaste(e, cm)) return\n\n        cm.state.pasteIncoming = true;\n        input.fastPoll();\n      });\n\n      function prepareCopyCut(e) {\n        if (signalDOMEvent(cm, e)) return\n        if (cm.somethingSelected()) {\n          lastCopied = cm.getSelections();\n          if (input.inaccurateSelection) {\n            input.prevInput = \"\";\n            input.inaccurateSelection = false;\n            te.value = lastCopied.join(\"\\n\");\n            selectInput(te);\n          }\n        } else if (!cm.options.lineWiseCopyCut) {\n          return;\n        } else {\n          var ranges = copyableRanges(cm);\n          lastCopied = ranges.text;\n          if (e.type == \"cut\") {\n            cm.setSelections(ranges.ranges, null, sel_dontScroll);\n          } else {\n            input.prevInput = \"\";\n            te.value = ranges.text.join(\"\\n\");\n            selectInput(te);\n          }\n        }\n        if (e.type == \"cut\") cm.state.cutIncoming = true;\n      }\n      on(te, \"cut\", prepareCopyCut);\n      on(te, \"copy\", prepareCopyCut);\n\n      on(display.scroller, \"paste\", function(e) {\n        if (eventInWidget(display, e) || signalDOMEvent(cm, e)) return;\n        cm.state.pasteIncoming = true;\n        input.focus();\n      });\n\n      // Prevent normal selection in the editor (we handle our own)\n      on(display.lineSpace, \"selectstart\", function(e) {\n        if (!eventInWidget(display, e)) e_preventDefault(e);\n      });\n\n      on(te, \"compositionstart\", function() {\n        var start = cm.getCursor(\"from\");\n        if (input.composing) input.composing.range.clear()\n        input.composing = {\n          start: start,\n          range: cm.markText(start, cm.getCursor(\"to\"), {className: \"CodeMirror-composing\"})\n        };\n      });\n      on(te, \"compositionend\", function() {\n        if (input.composing) {\n          input.poll();\n          input.composing.range.clear();\n          input.composing = null;\n        }\n      });\n    },\n\n    prepareSelection: function() {\n      // Redraw the selection and/or cursor\n      var cm = this.cm, display = cm.display, doc = cm.doc;\n      var result = prepareSelection(cm);\n\n      // Move the hidden textarea near the cursor to prevent scrolling artifacts\n      if (cm.options.moveInputWithCursor) {\n        var headPos = cursorCoords(cm, doc.sel.primary().head, \"div\");\n        var wrapOff = display.wrapper.getBoundingClientRect(), lineOff = display.lineDiv.getBoundingClientRect();\n        result.teTop = Math.max(0, Math.min(display.wrapper.clientHeight - 10,\n                                            headPos.top + lineOff.top - wrapOff.top));\n        result.teLeft = Math.max(0, Math.min(display.wrapper.clientWidth - 10,\n                                             headPos.left + lineOff.left - wrapOff.left));\n      }\n\n      return result;\n    },\n\n    showSelection: function(drawn) {\n      var cm = this.cm, display = cm.display;\n      removeChildrenAndAdd(display.cursorDiv, drawn.cursors);\n      removeChildrenAndAdd(display.selectionDiv, drawn.selection);\n      if (drawn.teTop != null) {\n        this.wrapper.style.top = drawn.teTop + \"px\";\n        this.wrapper.style.left = drawn.teLeft + \"px\";\n      }\n    },\n\n    // Reset the input to correspond to the selection (or to be empty,\n    // when not typing and nothing is selected)\n    reset: function(typing) {\n      if (this.contextMenuPending) return;\n      var minimal, selected, cm = this.cm, doc = cm.doc;\n      if (cm.somethingSelected()) {\n        this.prevInput = \"\";\n        var range = doc.sel.primary();\n        minimal = hasCopyEvent &&\n          (range.to().line - range.from().line > 100 || (selected = cm.getSelection()).length > 1000);\n        var content = minimal ? \"-\" : selected || cm.getSelection();\n        this.textarea.value = content;\n        if (cm.state.focused) selectInput(this.textarea);\n        if (ie && ie_version >= 9) this.hasSelection = content;\n      } else if (!typing) {\n        this.prevInput = this.textarea.value = \"\";\n        if (ie && ie_version >= 9) this.hasSelection = null;\n      }\n      this.inaccurateSelection = minimal;\n    },\n\n    getField: function() { return this.textarea; },\n\n    supportsTouch: function() { return false; },\n\n    focus: function() {\n      if (this.cm.options.readOnly != \"nocursor\" && (!mobile || activeElt() != this.textarea)) {\n        try { this.textarea.focus(); }\n        catch (e) {} // IE8 will throw if the textarea is display: none or not in DOM\n      }\n    },\n\n    blur: function() { this.textarea.blur(); },\n\n    resetPosition: function() {\n      this.wrapper.style.top = this.wrapper.style.left = 0;\n    },\n\n    receivedFocus: function() { this.slowPoll(); },\n\n    // Poll for input changes, using the normal rate of polling. This\n    // runs as long as the editor is focused.\n    slowPoll: function() {\n      var input = this;\n      if (input.pollingFast) return;\n      input.polling.set(this.cm.options.pollInterval, function() {\n        input.poll();\n        if (input.cm.state.focused) input.slowPoll();\n      });\n    },\n\n    // When an event has just come in that is likely to add or change\n    // something in the input textarea, we poll faster, to ensure that\n    // the change appears on the screen quickly.\n    fastPoll: function() {\n      var missed = false, input = this;\n      input.pollingFast = true;\n      function p() {\n        var changed = input.poll();\n        if (!changed && !missed) {missed = true; input.polling.set(60, p);}\n        else {input.pollingFast = false; input.slowPoll();}\n      }\n      input.polling.set(20, p);\n    },\n\n    // Read input from the textarea, and update the document to match.\n    // When something is selected, it is present in the textarea, and\n    // selected (unless it is huge, in which case a placeholder is\n    // used). When nothing is selected, the cursor sits after previously\n    // seen text (can be empty), which is stored in prevInput (we must\n    // not reset the textarea when typing, because that breaks IME).\n    poll: function() {\n      var cm = this.cm, input = this.textarea, prevInput = this.prevInput;\n      // Since this is called a *lot*, try to bail out as cheaply as\n      // possible when it is clear that nothing happened. hasSelection\n      // will be the case when there is a lot of text in the textarea,\n      // in which case reading its value would be expensive.\n      if (this.contextMenuPending || !cm.state.focused ||\n          (hasSelection(input) && !prevInput && !this.composing) ||\n          cm.isReadOnly() || cm.options.disableInput || cm.state.keySeq)\n        return false;\n\n      var text = input.value;\n      // If nothing changed, bail.\n      if (text == prevInput && !cm.somethingSelected()) return false;\n      // Work around nonsensical selection resetting in IE9/10, and\n      // inexplicable appearance of private area unicode characters on\n      // some key combos in Mac (#2689).\n      if (ie && ie_version >= 9 && this.hasSelection === text ||\n          mac && /[\\uf700-\\uf7ff]/.test(text)) {\n        cm.display.input.reset();\n        return false;\n      }\n\n      if (cm.doc.sel == cm.display.selForContextMenu) {\n        var first = text.charCodeAt(0);\n        if (first == 0x200b && !prevInput) prevInput = \"\\u200b\";\n        if (first == 0x21da) { this.reset(); return this.cm.execCommand(\"undo\"); }\n      }\n      // Find the part of the input that is actually new\n      var same = 0, l = Math.min(prevInput.length, text.length);\n      while (same < l && prevInput.charCodeAt(same) == text.charCodeAt(same)) ++same;\n\n      var self = this;\n      runInOp(cm, function() {\n        applyTextInput(cm, text.slice(same), prevInput.length - same,\n                       null, self.composing ? \"*compose\" : null);\n\n        // Don't leave long text in the textarea, since it makes further polling slow\n        if (text.length > 1000 || text.indexOf(\"\\n\") > -1) input.value = self.prevInput = \"\";\n        else self.prevInput = text;\n\n        if (self.composing) {\n          self.composing.range.clear();\n          self.composing.range = cm.markText(self.composing.start, cm.getCursor(\"to\"),\n                                             {className: \"CodeMirror-composing\"});\n        }\n      });\n      return true;\n    },\n\n    ensurePolled: function() {\n      if (this.pollingFast && this.poll()) this.pollingFast = false;\n    },\n\n    onKeyPress: function() {\n      if (ie && ie_version >= 9) this.hasSelection = null;\n      this.fastPoll();\n    },\n\n    onContextMenu: function(e) {\n      var input = this, cm = input.cm, display = cm.display, te = input.textarea;\n      var pos = posFromMouse(cm, e), scrollPos = display.scroller.scrollTop;\n      if (!pos || presto) return; // Opera is difficult.\n\n      // Reset the current text selection only if the click is done outside of the selection\n      // and 'resetSelectionOnContextMenu' option is true.\n      var reset = cm.options.resetSelectionOnContextMenu;\n      if (reset && cm.doc.sel.contains(pos) == -1)\n        operation(cm, setSelection)(cm.doc, simpleSelection(pos), sel_dontScroll);\n\n      var oldCSS = te.style.cssText, oldWrapperCSS = input.wrapper.style.cssText;\n      input.wrapper.style.cssText = \"position: absolute\"\n      var wrapperBox = input.wrapper.getBoundingClientRect()\n      te.style.cssText = \"position: absolute; width: 30px; height: 30px; top: \" + (e.clientY - wrapperBox.top - 5) +\n        \"px; left: \" + (e.clientX - wrapperBox.left - 5) + \"px; z-index: 1000; background: \" +\n        (ie ? \"rgba(255, 255, 255, .05)\" : \"transparent\") +\n        \"; outline: none; border-width: 0; outline: none; overflow: hidden; opacity: .05; filter: alpha(opacity=5);\";\n      if (webkit) var oldScrollY = window.scrollY; // Work around Chrome issue (#2712)\n      display.input.focus();\n      if (webkit) window.scrollTo(null, oldScrollY);\n      display.input.reset();\n      // Adds \"Select all\" to context menu in FF\n      if (!cm.somethingSelected()) te.value = input.prevInput = \" \";\n      input.contextMenuPending = true;\n      display.selForContextMenu = cm.doc.sel;\n      clearTimeout(display.detectingSelectAll);\n\n      // Select-all will be greyed out if there's nothing to select, so\n      // this adds a zero-width space so that we can later check whether\n      // it got selected.\n      function prepareSelectAllHack() {\n        if (te.selectionStart != null) {\n          var selected = cm.somethingSelected();\n          var extval = \"\\u200b\" + (selected ? te.value : \"\");\n          te.value = \"\\u21da\"; // Used to catch context-menu undo\n          te.value = extval;\n          input.prevInput = selected ? \"\" : \"\\u200b\";\n          te.selectionStart = 1; te.selectionEnd = extval.length;\n          // Re-set this, in case some other handler touched the\n          // selection in the meantime.\n          display.selForContextMenu = cm.doc.sel;\n        }\n      }\n      function rehide() {\n        input.contextMenuPending = false;\n        input.wrapper.style.cssText = oldWrapperCSS\n        te.style.cssText = oldCSS;\n        if (ie && ie_version < 9) display.scrollbars.setScrollTop(display.scroller.scrollTop = scrollPos);\n\n        // Try to detect the user choosing select-all\n        if (te.selectionStart != null) {\n          if (!ie || (ie && ie_version < 9)) prepareSelectAllHack();\n          var i = 0, poll = function() {\n            if (display.selForContextMenu == cm.doc.sel && te.selectionStart == 0 &&\n                te.selectionEnd > 0 && input.prevInput == \"\\u200b\")\n              operation(cm, commands.selectAll)(cm);\n            else if (i++ < 10) display.detectingSelectAll = setTimeout(poll, 500);\n            else display.input.reset();\n          };\n          display.detectingSelectAll = setTimeout(poll, 200);\n        }\n      }\n\n      if (ie && ie_version >= 9) prepareSelectAllHack();\n      if (captureRightClick) {\n        e_stop(e);\n        var mouseup = function() {\n          off(window, \"mouseup\", mouseup);\n          setTimeout(rehide, 20);\n        };\n        on(window, \"mouseup\", mouseup);\n      } else {\n        setTimeout(rehide, 50);\n      }\n    },\n\n    readOnlyChanged: function(val) {\n      if (!val) this.reset();\n    },\n\n    setUneditable: nothing,\n\n    needsContentAttribute: false\n  }, TextareaInput.prototype);\n\n  // CONTENTEDITABLE INPUT STYLE\n\n  function ContentEditableInput(cm) {\n    this.cm = cm;\n    this.lastAnchorNode = this.lastAnchorOffset = this.lastFocusNode = this.lastFocusOffset = null;\n    this.polling = new Delayed();\n    this.gracePeriod = false;\n  }\n\n  ContentEditableInput.prototype = copyObj({\n    init: function(display) {\n      var input = this, cm = input.cm;\n      var div = input.div = display.lineDiv;\n      disableBrowserMagic(div);\n\n      on(div, \"paste\", function(e) {\n        if (!signalDOMEvent(cm, e)) handlePaste(e, cm);\n      })\n\n      on(div, \"compositionstart\", function(e) {\n        var data = e.data;\n        input.composing = {sel: cm.doc.sel, data: data, startData: data};\n        if (!data) return;\n        var prim = cm.doc.sel.primary();\n        var line = cm.getLine(prim.head.line);\n        var found = line.indexOf(data, Math.max(0, prim.head.ch - data.length));\n        if (found > -1 && found <= prim.head.ch)\n          input.composing.sel = simpleSelection(Pos(prim.head.line, found),\n                                                Pos(prim.head.line, found + data.length));\n      });\n      on(div, \"compositionupdate\", function(e) {\n        input.composing.data = e.data;\n      });\n      on(div, \"compositionend\", function(e) {\n        var ours = input.composing;\n        if (!ours) return;\n        if (e.data != ours.startData && !/\\u200b/.test(e.data))\n          ours.data = e.data;\n        // Need a small delay to prevent other code (input event,\n        // selection polling) from doing damage when fired right after\n        // compositionend.\n        setTimeout(function() {\n          if (!ours.handled)\n            input.applyComposition(ours);\n          if (input.composing == ours)\n            input.composing = null;\n        }, 50);\n      });\n\n      on(div, \"touchstart\", function() {\n        input.forceCompositionEnd();\n      });\n\n      on(div, \"input\", function() {\n        if (input.composing) return;\n        if (cm.isReadOnly() || !input.pollContent())\n          runInOp(input.cm, function() {regChange(cm);});\n      });\n\n      function onCopyCut(e) {\n        if (signalDOMEvent(cm, e)) return\n        if (cm.somethingSelected()) {\n          lastCopied = cm.getSelections();\n          if (e.type == \"cut\") cm.replaceSelection(\"\", null, \"cut\");\n        } else if (!cm.options.lineWiseCopyCut) {\n          return;\n        } else {\n          var ranges = copyableRanges(cm);\n          lastCopied = ranges.text;\n          if (e.type == \"cut\") {\n            cm.operation(function() {\n              cm.setSelections(ranges.ranges, 0, sel_dontScroll);\n              cm.replaceSelection(\"\", null, \"cut\");\n            });\n          }\n        }\n        // iOS exposes the clipboard API, but seems to discard content inserted into it\n        if (e.clipboardData && !ios) {\n          e.preventDefault();\n          e.clipboardData.clearData();\n          e.clipboardData.setData(\"text/plain\", lastCopied.join(\"\\n\"));\n        } else {\n          // Old-fashioned briefly-focus-a-textarea hack\n          var kludge = hiddenTextarea(), te = kludge.firstChild;\n          cm.display.lineSpace.insertBefore(kludge, cm.display.lineSpace.firstChild);\n          te.value = lastCopied.join(\"\\n\");\n          var hadFocus = document.activeElement;\n          selectInput(te);\n          setTimeout(function() {\n            cm.display.lineSpace.removeChild(kludge);\n            hadFocus.focus();\n          }, 50);\n        }\n      }\n      on(div, \"copy\", onCopyCut);\n      on(div, \"cut\", onCopyCut);\n    },\n\n    prepareSelection: function() {\n      var result = prepareSelection(this.cm, false);\n      result.focus = this.cm.state.focused;\n      return result;\n    },\n\n    showSelection: function(info) {\n      if (!info || !this.cm.display.view.length) return;\n      if (info.focus) this.showPrimarySelection();\n      this.showMultipleSelections(info);\n    },\n\n    showPrimarySelection: function() {\n      var sel = window.getSelection(), prim = this.cm.doc.sel.primary();\n      var curAnchor = domToPos(this.cm, sel.anchorNode, sel.anchorOffset);\n      var curFocus = domToPos(this.cm, sel.focusNode, sel.focusOffset);\n      if (curAnchor && !curAnchor.bad && curFocus && !curFocus.bad &&\n          cmp(minPos(curAnchor, curFocus), prim.from()) == 0 &&\n          cmp(maxPos(curAnchor, curFocus), prim.to()) == 0)\n        return;\n\n      var start = posToDOM(this.cm, prim.from());\n      var end = posToDOM(this.cm, prim.to());\n      if (!start && !end) return;\n\n      var view = this.cm.display.view;\n      var old = sel.rangeCount && sel.getRangeAt(0);\n      if (!start) {\n        start = {node: view[0].measure.map[2], offset: 0};\n      } else if (!end) { // FIXME dangerously hacky\n        var measure = view[view.length - 1].measure;\n        var map = measure.maps ? measure.maps[measure.maps.length - 1] : measure.map;\n        end = {node: map[map.length - 1], offset: map[map.length - 2] - map[map.length - 3]};\n      }\n\n      try { var rng = range(start.node, start.offset, end.offset, end.node); }\n      catch(e) {} // Our model of the DOM might be outdated, in which case the range we try to set can be impossible\n      if (rng) {\n        if (!gecko && this.cm.state.focused) {\n          sel.collapse(start.node, start.offset);\n          if (!rng.collapsed) sel.addRange(rng);\n        } else {\n          sel.removeAllRanges();\n          sel.addRange(rng);\n        }\n        if (old && sel.anchorNode == null) sel.addRange(old);\n        else if (gecko) this.startGracePeriod();\n      }\n      this.rememberSelection();\n    },\n\n    startGracePeriod: function() {\n      var input = this;\n      clearTimeout(this.gracePeriod);\n      this.gracePeriod = setTimeout(function() {\n        input.gracePeriod = false;\n        if (input.selectionChanged())\n          input.cm.operation(function() { input.cm.curOp.selectionChanged = true; });\n      }, 20);\n    },\n\n    showMultipleSelections: function(info) {\n      removeChildrenAndAdd(this.cm.display.cursorDiv, info.cursors);\n      removeChildrenAndAdd(this.cm.display.selectionDiv, info.selection);\n    },\n\n    rememberSelection: function() {\n      var sel = window.getSelection();\n      this.lastAnchorNode = sel.anchorNode; this.lastAnchorOffset = sel.anchorOffset;\n      this.lastFocusNode = sel.focusNode; this.lastFocusOffset = sel.focusOffset;\n    },\n\n    selectionInEditor: function() {\n      var sel = window.getSelection();\n      if (!sel.rangeCount) return false;\n      var node = sel.getRangeAt(0).commonAncestorContainer;\n      return contains(this.div, node);\n    },\n\n    focus: function() {\n      if (this.cm.options.readOnly != \"nocursor\") this.div.focus();\n    },\n    blur: function() { this.div.blur(); },\n    getField: function() { return this.div; },\n\n    supportsTouch: function() { return true; },\n\n    receivedFocus: function() {\n      var input = this;\n      if (this.selectionInEditor())\n        this.pollSelection();\n      else\n        runInOp(this.cm, function() { input.cm.curOp.selectionChanged = true; });\n\n      function poll() {\n        if (input.cm.state.focused) {\n          input.pollSelection();\n          input.polling.set(input.cm.options.pollInterval, poll);\n        }\n      }\n      this.polling.set(this.cm.options.pollInterval, poll);\n    },\n\n    selectionChanged: function() {\n      var sel = window.getSelection();\n      return sel.anchorNode != this.lastAnchorNode || sel.anchorOffset != this.lastAnchorOffset ||\n        sel.focusNode != this.lastFocusNode || sel.focusOffset != this.lastFocusOffset;\n    },\n\n    pollSelection: function() {\n      if (!this.composing && !this.gracePeriod && this.selectionChanged()) {\n        var sel = window.getSelection(), cm = this.cm;\n        this.rememberSelection();\n        var anchor = domToPos(cm, sel.anchorNode, sel.anchorOffset);\n        var head = domToPos(cm, sel.focusNode, sel.focusOffset);\n        if (anchor && head) runInOp(cm, function() {\n          setSelection(cm.doc, simpleSelection(anchor, head), sel_dontScroll);\n          if (anchor.bad || head.bad) cm.curOp.selectionChanged = true;\n        });\n      }\n    },\n\n    pollContent: function() {\n      var cm = this.cm, display = cm.display, sel = cm.doc.sel.primary();\n      var from = sel.from(), to = sel.to();\n      if (from.line < display.viewFrom || to.line > display.viewTo - 1) return false;\n\n      var fromIndex;\n      if (from.line == display.viewFrom || (fromIndex = findViewIndex(cm, from.line)) == 0) {\n        var fromLine = lineNo(display.view[0].line);\n        var fromNode = display.view[0].node;\n      } else {\n        var fromLine = lineNo(display.view[fromIndex].line);\n        var fromNode = display.view[fromIndex - 1].node.nextSibling;\n      }\n      var toIndex = findViewIndex(cm, to.line);\n      if (toIndex == display.view.length - 1) {\n        var toLine = display.viewTo - 1;\n        var toNode = display.lineDiv.lastChild;\n      } else {\n        var toLine = lineNo(display.view[toIndex + 1].line) - 1;\n        var toNode = display.view[toIndex + 1].node.previousSibling;\n      }\n\n      var newText = cm.doc.splitLines(domTextBetween(cm, fromNode, toNode, fromLine, toLine));\n      var oldText = getBetween(cm.doc, Pos(fromLine, 0), Pos(toLine, getLine(cm.doc, toLine).text.length));\n      while (newText.length > 1 && oldText.length > 1) {\n        if (lst(newText) == lst(oldText)) { newText.pop(); oldText.pop(); toLine--; }\n        else if (newText[0] == oldText[0]) { newText.shift(); oldText.shift(); fromLine++; }\n        else break;\n      }\n\n      var cutFront = 0, cutEnd = 0;\n      var newTop = newText[0], oldTop = oldText[0], maxCutFront = Math.min(newTop.length, oldTop.length);\n      while (cutFront < maxCutFront && newTop.charCodeAt(cutFront) == oldTop.charCodeAt(cutFront))\n        ++cutFront;\n      var newBot = lst(newText), oldBot = lst(oldText);\n      var maxCutEnd = Math.min(newBot.length - (newText.length == 1 ? cutFront : 0),\n                               oldBot.length - (oldText.length == 1 ? cutFront : 0));\n      while (cutEnd < maxCutEnd &&\n             newBot.charCodeAt(newBot.length - cutEnd - 1) == oldBot.charCodeAt(oldBot.length - cutEnd - 1))\n        ++cutEnd;\n\n      newText[newText.length - 1] = newBot.slice(0, newBot.length - cutEnd);\n      newText[0] = newText[0].slice(cutFront);\n\n      var chFrom = Pos(fromLine, cutFront);\n      var chTo = Pos(toLine, oldText.length ? lst(oldText).length - cutEnd : 0);\n      if (newText.length > 1 || newText[0] || cmp(chFrom, chTo)) {\n        replaceRange(cm.doc, newText, chFrom, chTo, \"+input\");\n        return true;\n      }\n    },\n\n    ensurePolled: function() {\n      this.forceCompositionEnd();\n    },\n    reset: function() {\n      this.forceCompositionEnd();\n    },\n    forceCompositionEnd: function() {\n      if (!this.composing || this.composing.handled) return;\n      this.applyComposition(this.composing);\n      this.composing.handled = true;\n      this.div.blur();\n      this.div.focus();\n    },\n    applyComposition: function(composing) {\n      if (this.cm.isReadOnly())\n        operation(this.cm, regChange)(this.cm)\n      else if (composing.data && composing.data != composing.startData)\n        operation(this.cm, applyTextInput)(this.cm, composing.data, 0, composing.sel);\n    },\n\n    setUneditable: function(node) {\n      node.contentEditable = \"false\"\n    },\n\n    onKeyPress: function(e) {\n      e.preventDefault();\n      if (!this.cm.isReadOnly())\n        operation(this.cm, applyTextInput)(this.cm, String.fromCharCode(e.charCode == null ? e.keyCode : e.charCode), 0);\n    },\n\n    readOnlyChanged: function(val) {\n      this.div.contentEditable = String(val != \"nocursor\")\n    },\n\n    onContextMenu: nothing,\n    resetPosition: nothing,\n\n    needsContentAttribute: true\n  }, ContentEditableInput.prototype);\n\n  function posToDOM(cm, pos) {\n    var view = findViewForLine(cm, pos.line);\n    if (!view || view.hidden) return null;\n    var line = getLine(cm.doc, pos.line);\n    var info = mapFromLineView(view, line, pos.line);\n\n    var order = getOrder(line), side = \"left\";\n    if (order) {\n      var partPos = getBidiPartAt(order, pos.ch);\n      side = partPos % 2 ? \"right\" : \"left\";\n    }\n    var result = nodeAndOffsetInLineMap(info.map, pos.ch, side);\n    result.offset = result.collapse == \"right\" ? result.end : result.start;\n    return result;\n  }\n\n  function badPos(pos, bad) { if (bad) pos.bad = true; return pos; }\n\n  function domToPos(cm, node, offset) {\n    var lineNode;\n    if (node == cm.display.lineDiv) {\n      lineNode = cm.display.lineDiv.childNodes[offset];\n      if (!lineNode) return badPos(cm.clipPos(Pos(cm.display.viewTo - 1)), true);\n      node = null; offset = 0;\n    } else {\n      for (lineNode = node;; lineNode = lineNode.parentNode) {\n        if (!lineNode || lineNode == cm.display.lineDiv) return null;\n        if (lineNode.parentNode && lineNode.parentNode == cm.display.lineDiv) break;\n      }\n    }\n    for (var i = 0; i < cm.display.view.length; i++) {\n      var lineView = cm.display.view[i];\n      if (lineView.node == lineNode)\n        return locateNodeInLineView(lineView, node, offset);\n    }\n  }\n\n  function locateNodeInLineView(lineView, node, offset) {\n    var wrapper = lineView.text.firstChild, bad = false;\n    if (!node || !contains(wrapper, node)) return badPos(Pos(lineNo(lineView.line), 0), true);\n    if (node == wrapper) {\n      bad = true;\n      node = wrapper.childNodes[offset];\n      offset = 0;\n      if (!node) {\n        var line = lineView.rest ? lst(lineView.rest) : lineView.line;\n        return badPos(Pos(lineNo(line), line.text.length), bad);\n      }\n    }\n\n    var textNode = node.nodeType == 3 ? node : null, topNode = node;\n    if (!textNode && node.childNodes.length == 1 && node.firstChild.nodeType == 3) {\n      textNode = node.firstChild;\n      if (offset) offset = textNode.nodeValue.length;\n    }\n    while (topNode.parentNode != wrapper) topNode = topNode.parentNode;\n    var measure = lineView.measure, maps = measure.maps;\n\n    function find(textNode, topNode, offset) {\n      for (var i = -1; i < (maps ? maps.length : 0); i++) {\n        var map = i < 0 ? measure.map : maps[i];\n        for (var j = 0; j < map.length; j += 3) {\n          var curNode = map[j + 2];\n          if (curNode == textNode || curNode == topNode) {\n            var line = lineNo(i < 0 ? lineView.line : lineView.rest[i]);\n            var ch = map[j] + offset;\n            if (offset < 0 || curNode != textNode) ch = map[j + (offset ? 1 : 0)];\n            return Pos(line, ch);\n          }\n        }\n      }\n    }\n    var found = find(textNode, topNode, offset);\n    if (found) return badPos(found, bad);\n\n    // FIXME this is all really shaky. might handle the few cases it needs to handle, but likely to cause problems\n    for (var after = topNode.nextSibling, dist = textNode ? textNode.nodeValue.length - offset : 0; after; after = after.nextSibling) {\n      found = find(after, after.firstChild, 0);\n      if (found)\n        return badPos(Pos(found.line, found.ch - dist), bad);\n      else\n        dist += after.textContent.length;\n    }\n    for (var before = topNode.previousSibling, dist = offset; before; before = before.previousSibling) {\n      found = find(before, before.firstChild, -1);\n      if (found)\n        return badPos(Pos(found.line, found.ch + dist), bad);\n      else\n        dist += after.textContent.length;\n    }\n  }\n\n  function domTextBetween(cm, from, to, fromLine, toLine) {\n    var text = \"\", closing = false, lineSep = cm.doc.lineSeparator();\n    function recognizeMarker(id) { return function(marker) { return marker.id == id; }; }\n    function walk(node) {\n      if (node.nodeType == 1) {\n        var cmText = node.getAttribute(\"cm-text\");\n        if (cmText != null) {\n          if (cmText == \"\") cmText = node.textContent.replace(/\\u200b/g, \"\");\n          text += cmText;\n          return;\n        }\n        var markerID = node.getAttribute(\"cm-marker\"), range;\n        if (markerID) {\n          var found = cm.findMarks(Pos(fromLine, 0), Pos(toLine + 1, 0), recognizeMarker(+markerID));\n          if (found.length && (range = found[0].find()))\n            text += getBetween(cm.doc, range.from, range.to).join(lineSep);\n          return;\n        }\n        if (node.getAttribute(\"contenteditable\") == \"false\") return;\n        for (var i = 0; i < node.childNodes.length; i++)\n          walk(node.childNodes[i]);\n        if (/^(pre|div|p)$/i.test(node.nodeName))\n          closing = true;\n      } else if (node.nodeType == 3) {\n        var val = node.nodeValue;\n        if (!val) return;\n        if (closing) {\n          text += lineSep;\n          closing = false;\n        }\n        text += val;\n      }\n    }\n    for (;;) {\n      walk(from);\n      if (from == to) break;\n      from = from.nextSibling;\n    }\n    return text;\n  }\n\n  CodeMirror.inputStyles = {\"textarea\": TextareaInput, \"contenteditable\": ContentEditableInput};\n\n  // SELECTION / CURSOR\n\n  // Selection objects are immutable. A new one is created every time\n  // the selection changes. A selection is one or more non-overlapping\n  // (and non-touching) ranges, sorted, and an integer that indicates\n  // which one is the primary selection (the one that's scrolled into\n  // view, that getCursor returns, etc).\n  function Selection(ranges, primIndex) {\n    this.ranges = ranges;\n    this.primIndex = primIndex;\n  }\n\n  Selection.prototype = {\n    primary: function() { return this.ranges[this.primIndex]; },\n    equals: function(other) {\n      if (other == this) return true;\n      if (other.primIndex != this.primIndex || other.ranges.length != this.ranges.length) return false;\n      for (var i = 0; i < this.ranges.length; i++) {\n        var here = this.ranges[i], there = other.ranges[i];\n        if (cmp(here.anchor, there.anchor) != 0 || cmp(here.head, there.head) != 0) return false;\n      }\n      return true;\n    },\n    deepCopy: function() {\n      for (var out = [], i = 0; i < this.ranges.length; i++)\n        out[i] = new Range(copyPos(this.ranges[i].anchor), copyPos(this.ranges[i].head));\n      return new Selection(out, this.primIndex);\n    },\n    somethingSelected: function() {\n      for (var i = 0; i < this.ranges.length; i++)\n        if (!this.ranges[i].empty()) return true;\n      return false;\n    },\n    contains: function(pos, end) {\n      if (!end) end = pos;\n      for (var i = 0; i < this.ranges.length; i++) {\n        var range = this.ranges[i];\n        if (cmp(end, range.from()) >= 0 && cmp(pos, range.to()) <= 0)\n          return i;\n      }\n      return -1;\n    }\n  };\n\n  function Range(anchor, head) {\n    this.anchor = anchor; this.head = head;\n  }\n\n  Range.prototype = {\n    from: function() { return minPos(this.anchor, this.head); },\n    to: function() { return maxPos(this.anchor, this.head); },\n    empty: function() {\n      return this.head.line == this.anchor.line && this.head.ch == this.anchor.ch;\n    }\n  };\n\n  // Take an unsorted, potentially overlapping set of ranges, and\n  // build a selection out of it. 'Consumes' ranges array (modifying\n  // it).\n  function normalizeSelection(ranges, primIndex) {\n    var prim = ranges[primIndex];\n    ranges.sort(function(a, b) { return cmp(a.from(), b.from()); });\n    primIndex = indexOf(ranges, prim);\n    for (var i = 1; i < ranges.length; i++) {\n      var cur = ranges[i], prev = ranges[i - 1];\n      if (cmp(prev.to(), cur.from()) >= 0) {\n        var from = minPos(prev.from(), cur.from()), to = maxPos(prev.to(), cur.to());\n        var inv = prev.empty() ? cur.from() == cur.head : prev.from() == prev.head;\n        if (i <= primIndex) --primIndex;\n        ranges.splice(--i, 2, new Range(inv ? to : from, inv ? from : to));\n      }\n    }\n    return new Selection(ranges, primIndex);\n  }\n\n  function simpleSelection(anchor, head) {\n    return new Selection([new Range(anchor, head || anchor)], 0);\n  }\n\n  // Most of the external API clips given positions to make sure they\n  // actually exist within the document.\n  function clipLine(doc, n) {return Math.max(doc.first, Math.min(n, doc.first + doc.size - 1));}\n  function clipPos(doc, pos) {\n    if (pos.line < doc.first) return Pos(doc.first, 0);\n    var last = doc.first + doc.size - 1;\n    if (pos.line > last) return Pos(last, getLine(doc, last).text.length);\n    return clipToLen(pos, getLine(doc, pos.line).text.length);\n  }\n  function clipToLen(pos, linelen) {\n    var ch = pos.ch;\n    if (ch == null || ch > linelen) return Pos(pos.line, linelen);\n    else if (ch < 0) return Pos(pos.line, 0);\n    else return pos;\n  }\n  function isLine(doc, l) {return l >= doc.first && l < doc.first + doc.size;}\n  function clipPosArray(doc, array) {\n    for (var out = [], i = 0; i < array.length; i++) out[i] = clipPos(doc, array[i]);\n    return out;\n  }\n\n  // SELECTION UPDATES\n\n  // The 'scroll' parameter given to many of these indicated whether\n  // the new cursor position should be scrolled into view after\n  // modifying the selection.\n\n  // If shift is held or the extend flag is set, extends a range to\n  // include a given position (and optionally a second position).\n  // Otherwise, simply returns the range between the given positions.\n  // Used for cursor motion and such.\n  function extendRange(doc, range, head, other) {\n    if (doc.cm && doc.cm.display.shift || doc.extend) {\n      var anchor = range.anchor;\n      if (other) {\n        var posBefore = cmp(head, anchor) < 0;\n        if (posBefore != (cmp(other, anchor) < 0)) {\n          anchor = head;\n          head = other;\n        } else if (posBefore != (cmp(head, other) < 0)) {\n          head = other;\n        }\n      }\n      return new Range(anchor, head);\n    } else {\n      return new Range(other || head, head);\n    }\n  }\n\n  // Extend the primary selection range, discard the rest.\n  function extendSelection(doc, head, other, options) {\n    setSelection(doc, new Selection([extendRange(doc, doc.sel.primary(), head, other)], 0), options);\n  }\n\n  // Extend all selections (pos is an array of selections with length\n  // equal the number of selections)\n  function extendSelections(doc, heads, options) {\n    for (var out = [], i = 0; i < doc.sel.ranges.length; i++)\n      out[i] = extendRange(doc, doc.sel.ranges[i], heads[i], null);\n    var newSel = normalizeSelection(out, doc.sel.primIndex);\n    setSelection(doc, newSel, options);\n  }\n\n  // Updates a single range in the selection.\n  function replaceOneSelection(doc, i, range, options) {\n    var ranges = doc.sel.ranges.slice(0);\n    ranges[i] = range;\n    setSelection(doc, normalizeSelection(ranges, doc.sel.primIndex), options);\n  }\n\n  // Reset the selection to a single range.\n  function setSimpleSelection(doc, anchor, head, options) {\n    setSelection(doc, simpleSelection(anchor, head), options);\n  }\n\n  // Give beforeSelectionChange handlers a change to influence a\n  // selection update.\n  function filterSelectionChange(doc, sel, options) {\n    var obj = {\n      ranges: sel.ranges,\n      update: function(ranges) {\n        this.ranges = [];\n        for (var i = 0; i < ranges.length; i++)\n          this.ranges[i] = new Range(clipPos(doc, ranges[i].anchor),\n                                     clipPos(doc, ranges[i].head));\n      },\n      origin: options && options.origin\n    };\n    signal(doc, \"beforeSelectionChange\", doc, obj);\n    if (doc.cm) signal(doc.cm, \"beforeSelectionChange\", doc.cm, obj);\n    if (obj.ranges != sel.ranges) return normalizeSelection(obj.ranges, obj.ranges.length - 1);\n    else return sel;\n  }\n\n  function setSelectionReplaceHistory(doc, sel, options) {\n    var done = doc.history.done, last = lst(done);\n    if (last && last.ranges) {\n      done[done.length - 1] = sel;\n      setSelectionNoUndo(doc, sel, options);\n    } else {\n      setSelection(doc, sel, options);\n    }\n  }\n\n  // Set a new selection.\n  function setSelection(doc, sel, options) {\n    setSelectionNoUndo(doc, sel, options);\n    addSelectionToHistory(doc, doc.sel, doc.cm ? doc.cm.curOp.id : NaN, options);\n  }\n\n  function setSelectionNoUndo(doc, sel, options) {\n    if (hasHandler(doc, \"beforeSelectionChange\") || doc.cm && hasHandler(doc.cm, \"beforeSelectionChange\"))\n      sel = filterSelectionChange(doc, sel, options);\n\n    var bias = options && options.bias ||\n      (cmp(sel.primary().head, doc.sel.primary().head) < 0 ? -1 : 1);\n    setSelectionInner(doc, skipAtomicInSelection(doc, sel, bias, true));\n\n    if (!(options && options.scroll === false) && doc.cm)\n      ensureCursorVisible(doc.cm);\n  }\n\n  function setSelectionInner(doc, sel) {\n    if (sel.equals(doc.sel)) return;\n\n    doc.sel = sel;\n\n    if (doc.cm) {\n      doc.cm.curOp.updateInput = doc.cm.curOp.selectionChanged = true;\n      signalCursorActivity(doc.cm);\n    }\n    signalLater(doc, \"cursorActivity\", doc);\n  }\n\n  // Verify that the selection does not partially select any atomic\n  // marked ranges.\n  function reCheckSelection(doc) {\n    setSelectionInner(doc, skipAtomicInSelection(doc, doc.sel, null, false), sel_dontScroll);\n  }\n\n  // Return a selection that does not partially select any atomic\n  // ranges.\n  function skipAtomicInSelection(doc, sel, bias, mayClear) {\n    var out;\n    for (var i = 0; i < sel.ranges.length; i++) {\n      var range = sel.ranges[i];\n      var old = sel.ranges.length == doc.sel.ranges.length && doc.sel.ranges[i];\n      var newAnchor = skipAtomic(doc, range.anchor, old && old.anchor, bias, mayClear);\n      var newHead = skipAtomic(doc, range.head, old && old.head, bias, mayClear);\n      if (out || newAnchor != range.anchor || newHead != range.head) {\n        if (!out) out = sel.ranges.slice(0, i);\n        out[i] = new Range(newAnchor, newHead);\n      }\n    }\n    return out ? normalizeSelection(out, sel.primIndex) : sel;\n  }\n\n  function skipAtomicInner(doc, pos, oldPos, dir, mayClear) {\n    var line = getLine(doc, pos.line);\n    if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n      var sp = line.markedSpans[i], m = sp.marker;\n      if ((sp.from == null || (m.inclusiveLeft ? sp.from <= pos.ch : sp.from < pos.ch)) &&\n          (sp.to == null || (m.inclusiveRight ? sp.to >= pos.ch : sp.to > pos.ch))) {\n        if (mayClear) {\n          signal(m, \"beforeCursorEnter\");\n          if (m.explicitlyCleared) {\n            if (!line.markedSpans) break;\n            else {--i; continue;}\n          }\n        }\n        if (!m.atomic) continue;\n\n        if (oldPos) {\n          var near = m.find(dir < 0 ? 1 : -1), diff;\n          if (dir < 0 ? m.inclusiveRight : m.inclusiveLeft)\n            near = movePos(doc, near, -dir, near && near.line == pos.line ? line : null);\n          if (near && near.line == pos.line && (diff = cmp(near, oldPos)) && (dir < 0 ? diff < 0 : diff > 0))\n            return skipAtomicInner(doc, near, pos, dir, mayClear);\n        }\n\n        var far = m.find(dir < 0 ? -1 : 1);\n        if (dir < 0 ? m.inclusiveLeft : m.inclusiveRight)\n          far = movePos(doc, far, dir, far.line == pos.line ? line : null);\n        return far ? skipAtomicInner(doc, far, pos, dir, mayClear) : null;\n      }\n    }\n    return pos;\n  }\n\n  // Ensure a given position is not inside an atomic range.\n  function skipAtomic(doc, pos, oldPos, bias, mayClear) {\n    var dir = bias || 1;\n    var found = skipAtomicInner(doc, pos, oldPos, dir, mayClear) ||\n        (!mayClear && skipAtomicInner(doc, pos, oldPos, dir, true)) ||\n        skipAtomicInner(doc, pos, oldPos, -dir, mayClear) ||\n        (!mayClear && skipAtomicInner(doc, pos, oldPos, -dir, true));\n    if (!found) {\n      doc.cantEdit = true;\n      return Pos(doc.first, 0);\n    }\n    return found;\n  }\n\n  function movePos(doc, pos, dir, line) {\n    if (dir < 0 && pos.ch == 0) {\n      if (pos.line > doc.first) return clipPos(doc, Pos(pos.line - 1));\n      else return null;\n    } else if (dir > 0 && pos.ch == (line || getLine(doc, pos.line)).text.length) {\n      if (pos.line < doc.first + doc.size - 1) return Pos(pos.line + 1, 0);\n      else return null;\n    } else {\n      return new Pos(pos.line, pos.ch + dir);\n    }\n  }\n\n  // SELECTION DRAWING\n\n  function updateSelection(cm) {\n    cm.display.input.showSelection(cm.display.input.prepareSelection());\n  }\n\n  function prepareSelection(cm, primary) {\n    var doc = cm.doc, result = {};\n    var curFragment = result.cursors = document.createDocumentFragment();\n    var selFragment = result.selection = document.createDocumentFragment();\n\n    for (var i = 0; i < doc.sel.ranges.length; i++) {\n      if (primary === false && i == doc.sel.primIndex) continue;\n      var range = doc.sel.ranges[i];\n      if (range.from().line >= cm.display.viewTo || range.to().line < cm.display.viewFrom) continue;\n      var collapsed = range.empty();\n      if (collapsed || cm.options.showCursorWhenSelecting)\n        drawSelectionCursor(cm, range.head, curFragment);\n      if (!collapsed)\n        drawSelectionRange(cm, range, selFragment);\n    }\n    return result;\n  }\n\n  // Draws a cursor for the given range\n  function drawSelectionCursor(cm, head, output) {\n    var pos = cursorCoords(cm, head, \"div\", null, null, !cm.options.singleCursorHeightPerLine);\n\n    var cursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor\"));\n    cursor.style.left = pos.left + \"px\";\n    cursor.style.top = pos.top + \"px\";\n    cursor.style.height = Math.max(0, pos.bottom - pos.top) * cm.options.cursorHeight + \"px\";\n\n    if (pos.other) {\n      // Secondary cursor, shown when on a 'jump' in bi-directional text\n      var otherCursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor CodeMirror-secondarycursor\"));\n      otherCursor.style.display = \"\";\n      otherCursor.style.left = pos.other.left + \"px\";\n      otherCursor.style.top = pos.other.top + \"px\";\n      otherCursor.style.height = (pos.other.bottom - pos.other.top) * .85 + \"px\";\n    }\n  }\n\n  // Draws the given range as a highlighted selection\n  function drawSelectionRange(cm, range, output) {\n    var display = cm.display, doc = cm.doc;\n    var fragment = document.createDocumentFragment();\n    var padding = paddingH(cm.display), leftSide = padding.left;\n    var rightSide = Math.max(display.sizerWidth, displayWidth(cm) - display.sizer.offsetLeft) - padding.right;\n\n    function add(left, top, width, bottom) {\n      if (top < 0) top = 0;\n      top = Math.round(top);\n      bottom = Math.round(bottom);\n      fragment.appendChild(elt(\"div\", null, \"CodeMirror-selected\", \"position: absolute; left: \" + left +\n                               \"px; top: \" + top + \"px; width: \" + (width == null ? rightSide - left : width) +\n                               \"px; height: \" + (bottom - top) + \"px\"));\n    }\n\n    function drawForLine(line, fromArg, toArg) {\n      var lineObj = getLine(doc, line);\n      var lineLen = lineObj.text.length;\n      var start, end;\n      function coords(ch, bias) {\n        return charCoords(cm, Pos(line, ch), \"div\", lineObj, bias);\n      }\n\n      iterateBidiSections(getOrder(lineObj), fromArg || 0, toArg == null ? lineLen : toArg, function(from, to, dir) {\n        var leftPos = coords(from, \"left\"), rightPos, left, right;\n        if (from == to) {\n          rightPos = leftPos;\n          left = right = leftPos.left;\n        } else {\n          rightPos = coords(to - 1, \"right\");\n          if (dir == \"rtl\") { var tmp = leftPos; leftPos = rightPos; rightPos = tmp; }\n          left = leftPos.left;\n          right = rightPos.right;\n        }\n        if (fromArg == null && from == 0) left = leftSide;\n        if (rightPos.top - leftPos.top > 3) { // Different lines, draw top part\n          add(left, leftPos.top, null, leftPos.bottom);\n          left = leftSide;\n          if (leftPos.bottom < rightPos.top) add(left, leftPos.bottom, null, rightPos.top);\n        }\n        if (toArg == null && to == lineLen) right = rightSide;\n        if (!start || leftPos.top < start.top || leftPos.top == start.top && leftPos.left < start.left)\n          start = leftPos;\n        if (!end || rightPos.bottom > end.bottom || rightPos.bottom == end.bottom && rightPos.right > end.right)\n          end = rightPos;\n        if (left < leftSide + 1) left = leftSide;\n        add(left, rightPos.top, right - left, rightPos.bottom);\n      });\n      return {start: start, end: end};\n    }\n\n    var sFrom = range.from(), sTo = range.to();\n    if (sFrom.line == sTo.line) {\n      drawForLine(sFrom.line, sFrom.ch, sTo.ch);\n    } else {\n      var fromLine = getLine(doc, sFrom.line), toLine = getLine(doc, sTo.line);\n      var singleVLine = visualLine(fromLine) == visualLine(toLine);\n      var leftEnd = drawForLine(sFrom.line, sFrom.ch, singleVLine ? fromLine.text.length + 1 : null).end;\n      var rightStart = drawForLine(sTo.line, singleVLine ? 0 : null, sTo.ch).start;\n      if (singleVLine) {\n        if (leftEnd.top < rightStart.top - 2) {\n          add(leftEnd.right, leftEnd.top, null, leftEnd.bottom);\n          add(leftSide, rightStart.top, rightStart.left, rightStart.bottom);\n        } else {\n          add(leftEnd.right, leftEnd.top, rightStart.left - leftEnd.right, leftEnd.bottom);\n        }\n      }\n      if (leftEnd.bottom < rightStart.top)\n        add(leftSide, leftEnd.bottom, null, rightStart.top);\n    }\n\n    output.appendChild(fragment);\n  }\n\n  // Cursor-blinking\n  function restartBlink(cm) {\n    if (!cm.state.focused) return;\n    var display = cm.display;\n    clearInterval(display.blinker);\n    var on = true;\n    display.cursorDiv.style.visibility = \"\";\n    if (cm.options.cursorBlinkRate > 0)\n      display.blinker = setInterval(function() {\n        display.cursorDiv.style.visibility = (on = !on) ? \"\" : \"hidden\";\n      }, cm.options.cursorBlinkRate);\n    else if (cm.options.cursorBlinkRate < 0)\n      display.cursorDiv.style.visibility = \"hidden\";\n  }\n\n  // HIGHLIGHT WORKER\n\n  function startWorker(cm, time) {\n    if (cm.doc.mode.startState && cm.doc.frontier < cm.display.viewTo)\n      cm.state.highlight.set(time, bind(highlightWorker, cm));\n  }\n\n  function highlightWorker(cm) {\n    var doc = cm.doc;\n    if (doc.frontier < doc.first) doc.frontier = doc.first;\n    if (doc.frontier >= cm.display.viewTo) return;\n    var end = +new Date + cm.options.workTime;\n    var state = copyState(doc.mode, getStateBefore(cm, doc.frontier));\n    var changedLines = [];\n\n    doc.iter(doc.frontier, Math.min(doc.first + doc.size, cm.display.viewTo + 500), function(line) {\n      if (doc.frontier >= cm.display.viewFrom) { // Visible\n        var oldStyles = line.styles, tooLong = line.text.length > cm.options.maxHighlightLength;\n        var highlighted = highlightLine(cm, line, tooLong ? copyState(doc.mode, state) : state, true);\n        line.styles = highlighted.styles;\n        var oldCls = line.styleClasses, newCls = highlighted.classes;\n        if (newCls) line.styleClasses = newCls;\n        else if (oldCls) line.styleClasses = null;\n        var ischange = !oldStyles || oldStyles.length != line.styles.length ||\n          oldCls != newCls && (!oldCls || !newCls || oldCls.bgClass != newCls.bgClass || oldCls.textClass != newCls.textClass);\n        for (var i = 0; !ischange && i < oldStyles.length; ++i) ischange = oldStyles[i] != line.styles[i];\n        if (ischange) changedLines.push(doc.frontier);\n        line.stateAfter = tooLong ? state : copyState(doc.mode, state);\n      } else {\n        if (line.text.length <= cm.options.maxHighlightLength)\n          processLine(cm, line.text, state);\n        line.stateAfter = doc.frontier % 5 == 0 ? copyState(doc.mode, state) : null;\n      }\n      ++doc.frontier;\n      if (+new Date > end) {\n        startWorker(cm, cm.options.workDelay);\n        return true;\n      }\n    });\n    if (changedLines.length) runInOp(cm, function() {\n      for (var i = 0; i < changedLines.length; i++)\n        regLineChange(cm, changedLines[i], \"text\");\n    });\n  }\n\n  // Finds the line to start with when starting a parse. Tries to\n  // find a line with a stateAfter, so that it can start with a\n  // valid state. If that fails, it returns the line with the\n  // smallest indentation, which tends to need the least context to\n  // parse correctly.\n  function findStartLine(cm, n, precise) {\n    var minindent, minline, doc = cm.doc;\n    var lim = precise ? -1 : n - (cm.doc.mode.innerMode ? 1000 : 100);\n    for (var search = n; search > lim; --search) {\n      if (search <= doc.first) return doc.first;\n      var line = getLine(doc, search - 1);\n      if (line.stateAfter && (!precise || search <= doc.frontier)) return search;\n      var indented = countColumn(line.text, null, cm.options.tabSize);\n      if (minline == null || minindent > indented) {\n        minline = search - 1;\n        minindent = indented;\n      }\n    }\n    return minline;\n  }\n\n  function getStateBefore(cm, n, precise) {\n    var doc = cm.doc, display = cm.display;\n    if (!doc.mode.startState) return true;\n    var pos = findStartLine(cm, n, precise), state = pos > doc.first && getLine(doc, pos-1).stateAfter;\n    if (!state) state = startState(doc.mode);\n    else state = copyState(doc.mode, state);\n    doc.iter(pos, n, function(line) {\n      processLine(cm, line.text, state);\n      var save = pos == n - 1 || pos % 5 == 0 || pos >= display.viewFrom && pos < display.viewTo;\n      line.stateAfter = save ? copyState(doc.mode, state) : null;\n      ++pos;\n    });\n    if (precise) doc.frontier = pos;\n    return state;\n  }\n\n  // POSITION MEASUREMENT\n\n  function paddingTop(display) {return display.lineSpace.offsetTop;}\n  function paddingVert(display) {return display.mover.offsetHeight - display.lineSpace.offsetHeight;}\n  function paddingH(display) {\n    if (display.cachedPaddingH) return display.cachedPaddingH;\n    var e = removeChildrenAndAdd(display.measure, elt(\"pre\", \"x\"));\n    var style = window.getComputedStyle ? window.getComputedStyle(e) : e.currentStyle;\n    var data = {left: parseInt(style.paddingLeft), right: parseInt(style.paddingRight)};\n    if (!isNaN(data.left) && !isNaN(data.right)) display.cachedPaddingH = data;\n    return data;\n  }\n\n  function scrollGap(cm) { return scrollerGap - cm.display.nativeBarWidth; }\n  function displayWidth(cm) {\n    return cm.display.scroller.clientWidth - scrollGap(cm) - cm.display.barWidth;\n  }\n  function displayHeight(cm) {\n    return cm.display.scroller.clientHeight - scrollGap(cm) - cm.display.barHeight;\n  }\n\n  // Ensure the lineView.wrapping.heights array is populated. This is\n  // an array of bottom offsets for the lines that make up a drawn\n  // line. When lineWrapping is on, there might be more than one\n  // height.\n  function ensureLineHeights(cm, lineView, rect) {\n    var wrapping = cm.options.lineWrapping;\n    var curWidth = wrapping && displayWidth(cm);\n    if (!lineView.measure.heights || wrapping && lineView.measure.width != curWidth) {\n      var heights = lineView.measure.heights = [];\n      if (wrapping) {\n        lineView.measure.width = curWidth;\n        var rects = lineView.text.firstChild.getClientRects();\n        for (var i = 0; i < rects.length - 1; i++) {\n          var cur = rects[i], next = rects[i + 1];\n          if (Math.abs(cur.bottom - next.bottom) > 2)\n            heights.push((cur.bottom + next.top) / 2 - rect.top);\n        }\n      }\n      heights.push(rect.bottom - rect.top);\n    }\n  }\n\n  // Find a line map (mapping character offsets to text nodes) and a\n  // measurement cache for the given line number. (A line view might\n  // contain multiple lines when collapsed ranges are present.)\n  function mapFromLineView(lineView, line, lineN) {\n    if (lineView.line == line)\n      return {map: lineView.measure.map, cache: lineView.measure.cache};\n    for (var i = 0; i < lineView.rest.length; i++)\n      if (lineView.rest[i] == line)\n        return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i]};\n    for (var i = 0; i < lineView.rest.length; i++)\n      if (lineNo(lineView.rest[i]) > lineN)\n        return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i], before: true};\n  }\n\n  // Render a line into the hidden node display.externalMeasured. Used\n  // when measurement is needed for a line that's not in the viewport.\n  function updateExternalMeasurement(cm, line) {\n    line = visualLine(line);\n    var lineN = lineNo(line);\n    var view = cm.display.externalMeasured = new LineView(cm.doc, line, lineN);\n    view.lineN = lineN;\n    var built = view.built = buildLineContent(cm, view);\n    view.text = built.pre;\n    removeChildrenAndAdd(cm.display.lineMeasure, built.pre);\n    return view;\n  }\n\n  // Get a {top, bottom, left, right} box (in line-local coordinates)\n  // for a given character.\n  function measureChar(cm, line, ch, bias) {\n    return measureCharPrepared(cm, prepareMeasureForLine(cm, line), ch, bias);\n  }\n\n  // Find a line view that corresponds to the given line number.\n  function findViewForLine(cm, lineN) {\n    if (lineN >= cm.display.viewFrom && lineN < cm.display.viewTo)\n      return cm.display.view[findViewIndex(cm, lineN)];\n    var ext = cm.display.externalMeasured;\n    if (ext && lineN >= ext.lineN && lineN < ext.lineN + ext.size)\n      return ext;\n  }\n\n  // Measurement can be split in two steps, the set-up work that\n  // applies to the whole line, and the measurement of the actual\n  // character. Functions like coordsChar, that need to do a lot of\n  // measurements in a row, can thus ensure that the set-up work is\n  // only done once.\n  function prepareMeasureForLine(cm, line) {\n    var lineN = lineNo(line);\n    var view = findViewForLine(cm, lineN);\n    if (view && !view.text) {\n      view = null;\n    } else if (view && view.changes) {\n      updateLineForChanges(cm, view, lineN, getDimensions(cm));\n      cm.curOp.forceUpdate = true;\n    }\n    if (!view)\n      view = updateExternalMeasurement(cm, line);\n\n    var info = mapFromLineView(view, line, lineN);\n    return {\n      line: line, view: view, rect: null,\n      map: info.map, cache: info.cache, before: info.before,\n      hasHeights: false\n    };\n  }\n\n  // Given a prepared measurement object, measures the position of an\n  // actual character (or fetches it from the cache).\n  function measureCharPrepared(cm, prepared, ch, bias, varHeight) {\n    if (prepared.before) ch = -1;\n    var key = ch + (bias || \"\"), found;\n    if (prepared.cache.hasOwnProperty(key)) {\n      found = prepared.cache[key];\n    } else {\n      if (!prepared.rect)\n        prepared.rect = prepared.view.text.getBoundingClientRect();\n      if (!prepared.hasHeights) {\n        ensureLineHeights(cm, prepared.view, prepared.rect);\n        prepared.hasHeights = true;\n      }\n      found = measureCharInner(cm, prepared, ch, bias);\n      if (!found.bogus) prepared.cache[key] = found;\n    }\n    return {left: found.left, right: found.right,\n            top: varHeight ? found.rtop : found.top,\n            bottom: varHeight ? found.rbottom : found.bottom};\n  }\n\n  var nullRect = {left: 0, right: 0, top: 0, bottom: 0};\n\n  function nodeAndOffsetInLineMap(map, ch, bias) {\n    var node, start, end, collapse;\n    // First, search the line map for the text node corresponding to,\n    // or closest to, the target character.\n    for (var i = 0; i < map.length; i += 3) {\n      var mStart = map[i], mEnd = map[i + 1];\n      if (ch < mStart) {\n        start = 0; end = 1;\n        collapse = \"left\";\n      } else if (ch < mEnd) {\n        start = ch - mStart;\n        end = start + 1;\n      } else if (i == map.length - 3 || ch == mEnd && map[i + 3] > ch) {\n        end = mEnd - mStart;\n        start = end - 1;\n        if (ch >= mEnd) collapse = \"right\";\n      }\n      if (start != null) {\n        node = map[i + 2];\n        if (mStart == mEnd && bias == (node.insertLeft ? \"left\" : \"right\"))\n          collapse = bias;\n        if (bias == \"left\" && start == 0)\n          while (i && map[i - 2] == map[i - 3] && map[i - 1].insertLeft) {\n            node = map[(i -= 3) + 2];\n            collapse = \"left\";\n          }\n        if (bias == \"right\" && start == mEnd - mStart)\n          while (i < map.length - 3 && map[i + 3] == map[i + 4] && !map[i + 5].insertLeft) {\n            node = map[(i += 3) + 2];\n            collapse = \"right\";\n          }\n        break;\n      }\n    }\n    return {node: node, start: start, end: end, collapse: collapse, coverStart: mStart, coverEnd: mEnd};\n  }\n\n  function measureCharInner(cm, prepared, ch, bias) {\n    var place = nodeAndOffsetInLineMap(prepared.map, ch, bias);\n    var node = place.node, start = place.start, end = place.end, collapse = place.collapse;\n\n    var rect;\n    if (node.nodeType == 3) { // If it is a text node, use a range to retrieve the coordinates.\n      for (var i = 0; i < 4; i++) { // Retry a maximum of 4 times when nonsense rectangles are returned\n        while (start && isExtendingChar(prepared.line.text.charAt(place.coverStart + start))) --start;\n        while (place.coverStart + end < place.coverEnd && isExtendingChar(prepared.line.text.charAt(place.coverStart + end))) ++end;\n        if (ie && ie_version < 9 && start == 0 && end == place.coverEnd - place.coverStart) {\n          rect = node.parentNode.getBoundingClientRect();\n        } else if (ie && cm.options.lineWrapping) {\n          var rects = range(node, start, end).getClientRects();\n          if (rects.length)\n            rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n          else\n            rect = nullRect;\n        } else {\n          rect = range(node, start, end).getBoundingClientRect() || nullRect;\n        }\n        if (rect.left || rect.right || start == 0) break;\n        end = start;\n        start = start - 1;\n        collapse = \"right\";\n      }\n      if (ie && ie_version < 11) rect = maybeUpdateRectForZooming(cm.display.measure, rect);\n    } else { // If it is a widget, simply get the box for the whole widget.\n      if (start > 0) collapse = bias = \"right\";\n      var rects;\n      if (cm.options.lineWrapping && (rects = node.getClientRects()).length > 1)\n        rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n      else\n        rect = node.getBoundingClientRect();\n    }\n    if (ie && ie_version < 9 && !start && (!rect || !rect.left && !rect.right)) {\n      var rSpan = node.parentNode.getClientRects()[0];\n      if (rSpan)\n        rect = {left: rSpan.left, right: rSpan.left + charWidth(cm.display), top: rSpan.top, bottom: rSpan.bottom};\n      else\n        rect = nullRect;\n    }\n\n    var rtop = rect.top - prepared.rect.top, rbot = rect.bottom - prepared.rect.top;\n    var mid = (rtop + rbot) / 2;\n    var heights = prepared.view.measure.heights;\n    for (var i = 0; i < heights.length - 1; i++)\n      if (mid < heights[i]) break;\n    var top = i ? heights[i - 1] : 0, bot = heights[i];\n    var result = {left: (collapse == \"right\" ? rect.right : rect.left) - prepared.rect.left,\n                  right: (collapse == \"left\" ? rect.left : rect.right) - prepared.rect.left,\n                  top: top, bottom: bot};\n    if (!rect.left && !rect.right) result.bogus = true;\n    if (!cm.options.singleCursorHeightPerLine) { result.rtop = rtop; result.rbottom = rbot; }\n\n    return result;\n  }\n\n  // Work around problem with bounding client rects on ranges being\n  // returned incorrectly when zoomed on IE10 and below.\n  function maybeUpdateRectForZooming(measure, rect) {\n    if (!window.screen || screen.logicalXDPI == null ||\n        screen.logicalXDPI == screen.deviceXDPI || !hasBadZoomedRects(measure))\n      return rect;\n    var scaleX = screen.logicalXDPI / screen.deviceXDPI;\n    var scaleY = screen.logicalYDPI / screen.deviceYDPI;\n    return {left: rect.left * scaleX, right: rect.right * scaleX,\n            top: rect.top * scaleY, bottom: rect.bottom * scaleY};\n  }\n\n  function clearLineMeasurementCacheFor(lineView) {\n    if (lineView.measure) {\n      lineView.measure.cache = {};\n      lineView.measure.heights = null;\n      if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n        lineView.measure.caches[i] = {};\n    }\n  }\n\n  function clearLineMeasurementCache(cm) {\n    cm.display.externalMeasure = null;\n    removeChildren(cm.display.lineMeasure);\n    for (var i = 0; i < cm.display.view.length; i++)\n      clearLineMeasurementCacheFor(cm.display.view[i]);\n  }\n\n  function clearCaches(cm) {\n    clearLineMeasurementCache(cm);\n    cm.display.cachedCharWidth = cm.display.cachedTextHeight = cm.display.cachedPaddingH = null;\n    if (!cm.options.lineWrapping) cm.display.maxLineChanged = true;\n    cm.display.lineNumChars = null;\n  }\n\n  function pageScrollX() { return window.pageXOffset || (document.documentElement || document.body).scrollLeft; }\n  function pageScrollY() { return window.pageYOffset || (document.documentElement || document.body).scrollTop; }\n\n  // Converts a {top, bottom, left, right} box from line-local\n  // coordinates into another coordinate system. Context may be one of\n  // \"line\", \"div\" (display.lineDiv), \"local\"/null (editor), \"window\",\n  // or \"page\".\n  function intoCoordSystem(cm, lineObj, rect, context) {\n    if (lineObj.widgets) for (var i = 0; i < lineObj.widgets.length; ++i) if (lineObj.widgets[i].above) {\n      var size = widgetHeight(lineObj.widgets[i]);\n      rect.top += size; rect.bottom += size;\n    }\n    if (context == \"line\") return rect;\n    if (!context) context = \"local\";\n    var yOff = heightAtLine(lineObj);\n    if (context == \"local\") yOff += paddingTop(cm.display);\n    else yOff -= cm.display.viewOffset;\n    if (context == \"page\" || context == \"window\") {\n      var lOff = cm.display.lineSpace.getBoundingClientRect();\n      yOff += lOff.top + (context == \"window\" ? 0 : pageScrollY());\n      var xOff = lOff.left + (context == \"window\" ? 0 : pageScrollX());\n      rect.left += xOff; rect.right += xOff;\n    }\n    rect.top += yOff; rect.bottom += yOff;\n    return rect;\n  }\n\n  // Coverts a box from \"div\" coords to another coordinate system.\n  // Context may be \"window\", \"page\", \"div\", or \"local\"/null.\n  function fromCoordSystem(cm, coords, context) {\n    if (context == \"div\") return coords;\n    var left = coords.left, top = coords.top;\n    // First move into \"page\" coordinate system\n    if (context == \"page\") {\n      left -= pageScrollX();\n      top -= pageScrollY();\n    } else if (context == \"local\" || !context) {\n      var localBox = cm.display.sizer.getBoundingClientRect();\n      left += localBox.left;\n      top += localBox.top;\n    }\n\n    var lineSpaceBox = cm.display.lineSpace.getBoundingClientRect();\n    return {left: left - lineSpaceBox.left, top: top - lineSpaceBox.top};\n  }\n\n  function charCoords(cm, pos, context, lineObj, bias) {\n    if (!lineObj) lineObj = getLine(cm.doc, pos.line);\n    return intoCoordSystem(cm, lineObj, measureChar(cm, lineObj, pos.ch, bias), context);\n  }\n\n  // Returns a box for a given cursor position, which may have an\n  // 'other' property containing the position of the secondary cursor\n  // on a bidi boundary.\n  function cursorCoords(cm, pos, context, lineObj, preparedMeasure, varHeight) {\n    lineObj = lineObj || getLine(cm.doc, pos.line);\n    if (!preparedMeasure) preparedMeasure = prepareMeasureForLine(cm, lineObj);\n    function get(ch, right) {\n      var m = measureCharPrepared(cm, preparedMeasure, ch, right ? \"right\" : \"left\", varHeight);\n      if (right) m.left = m.right; else m.right = m.left;\n      return intoCoordSystem(cm, lineObj, m, context);\n    }\n    function getBidi(ch, partPos) {\n      var part = order[partPos], right = part.level % 2;\n      if (ch == bidiLeft(part) && partPos && part.level < order[partPos - 1].level) {\n        part = order[--partPos];\n        ch = bidiRight(part) - (part.level % 2 ? 0 : 1);\n        right = true;\n      } else if (ch == bidiRight(part) && partPos < order.length - 1 && part.level < order[partPos + 1].level) {\n        part = order[++partPos];\n        ch = bidiLeft(part) - part.level % 2;\n        right = false;\n      }\n      if (right && ch == part.to && ch > part.from) return get(ch - 1);\n      return get(ch, right);\n    }\n    var order = getOrder(lineObj), ch = pos.ch;\n    if (!order) return get(ch);\n    var partPos = getBidiPartAt(order, ch);\n    var val = getBidi(ch, partPos);\n    if (bidiOther != null) val.other = getBidi(ch, bidiOther);\n    return val;\n  }\n\n  // Used to cheaply estimate the coordinates for a position. Used for\n  // intermediate scroll updates.\n  function estimateCoords(cm, pos) {\n    var left = 0, pos = clipPos(cm.doc, pos);\n    if (!cm.options.lineWrapping) left = charWidth(cm.display) * pos.ch;\n    var lineObj = getLine(cm.doc, pos.line);\n    var top = heightAtLine(lineObj) + paddingTop(cm.display);\n    return {left: left, right: left, top: top, bottom: top + lineObj.height};\n  }\n\n  // Positions returned by coordsChar contain some extra information.\n  // xRel is the relative x position of the input coordinates compared\n  // to the found position (so xRel > 0 means the coordinates are to\n  // the right of the character position, for example). When outside\n  // is true, that means the coordinates lie outside the line's\n  // vertical range.\n  function PosWithInfo(line, ch, outside, xRel) {\n    var pos = Pos(line, ch);\n    pos.xRel = xRel;\n    if (outside) pos.outside = true;\n    return pos;\n  }\n\n  // Compute the character position closest to the given coordinates.\n  // Input must be lineSpace-local (\"div\" coordinate system).\n  function coordsChar(cm, x, y) {\n    var doc = cm.doc;\n    y += cm.display.viewOffset;\n    if (y < 0) return PosWithInfo(doc.first, 0, true, -1);\n    var lineN = lineAtHeight(doc, y), last = doc.first + doc.size - 1;\n    if (lineN > last)\n      return PosWithInfo(doc.first + doc.size - 1, getLine(doc, last).text.length, true, 1);\n    if (x < 0) x = 0;\n\n    var lineObj = getLine(doc, lineN);\n    for (;;) {\n      var found = coordsCharInner(cm, lineObj, lineN, x, y);\n      var merged = collapsedSpanAtEnd(lineObj);\n      var mergedPos = merged && merged.find(0, true);\n      if (merged && (found.ch > mergedPos.from.ch || found.ch == mergedPos.from.ch && found.xRel > 0))\n        lineN = lineNo(lineObj = mergedPos.to.line);\n      else\n        return found;\n    }\n  }\n\n  function coordsCharInner(cm, lineObj, lineNo, x, y) {\n    var innerOff = y - heightAtLine(lineObj);\n    var wrongLine = false, adjust = 2 * cm.display.wrapper.clientWidth;\n    var preparedMeasure = prepareMeasureForLine(cm, lineObj);\n\n    function getX(ch) {\n      var sp = cursorCoords(cm, Pos(lineNo, ch), \"line\", lineObj, preparedMeasure);\n      wrongLine = true;\n      if (innerOff > sp.bottom) return sp.left - adjust;\n      else if (innerOff < sp.top) return sp.left + adjust;\n      else wrongLine = false;\n      return sp.left;\n    }\n\n    var bidi = getOrder(lineObj), dist = lineObj.text.length;\n    var from = lineLeft(lineObj), to = lineRight(lineObj);\n    var fromX = getX(from), fromOutside = wrongLine, toX = getX(to), toOutside = wrongLine;\n\n    if (x > toX) return PosWithInfo(lineNo, to, toOutside, 1);\n    // Do a binary search between these bounds.\n    for (;;) {\n      if (bidi ? to == from || to == moveVisually(lineObj, from, 1) : to - from <= 1) {\n        var ch = x < fromX || x - fromX <= toX - x ? from : to;\n        var xDiff = x - (ch == from ? fromX : toX);\n        while (isExtendingChar(lineObj.text.charAt(ch))) ++ch;\n        var pos = PosWithInfo(lineNo, ch, ch == from ? fromOutside : toOutside,\n                              xDiff < -1 ? -1 : xDiff > 1 ? 1 : 0);\n        return pos;\n      }\n      var step = Math.ceil(dist / 2), middle = from + step;\n      if (bidi) {\n        middle = from;\n        for (var i = 0; i < step; ++i) middle = moveVisually(lineObj, middle, 1);\n      }\n      var middleX = getX(middle);\n      if (middleX > x) {to = middle; toX = middleX; if (toOutside = wrongLine) toX += 1000; dist = step;}\n      else {from = middle; fromX = middleX; fromOutside = wrongLine; dist -= step;}\n    }\n  }\n\n  var measureText;\n  // Compute the default text height.\n  function textHeight(display) {\n    if (display.cachedTextHeight != null) return display.cachedTextHeight;\n    if (measureText == null) {\n      measureText = elt(\"pre\");\n      // Measure a bunch of lines, for browsers that compute\n      // fractional heights.\n      for (var i = 0; i < 49; ++i) {\n        measureText.appendChild(document.createTextNode(\"x\"));\n        measureText.appendChild(elt(\"br\"));\n      }\n      measureText.appendChild(document.createTextNode(\"x\"));\n    }\n    removeChildrenAndAdd(display.measure, measureText);\n    var height = measureText.offsetHeight / 50;\n    if (height > 3) display.cachedTextHeight = height;\n    removeChildren(display.measure);\n    return height || 1;\n  }\n\n  // Compute the default character width.\n  function charWidth(display) {\n    if (display.cachedCharWidth != null) return display.cachedCharWidth;\n    var anchor = elt(\"span\", \"xxxxxxxxxx\");\n    var pre = elt(\"pre\", [anchor]);\n    removeChildrenAndAdd(display.measure, pre);\n    var rect = anchor.getBoundingClientRect(), width = (rect.right - rect.left) / 10;\n    if (width > 2) display.cachedCharWidth = width;\n    return width || 10;\n  }\n\n  // OPERATIONS\n\n  // Operations are used to wrap a series of changes to the editor\n  // state in such a way that each change won't have to update the\n  // cursor and display (which would be awkward, slow, and\n  // error-prone). Instead, display updates are batched and then all\n  // combined and executed at once.\n\n  var operationGroup = null;\n\n  var nextOpId = 0;\n  // Start a new operation.\n  function startOperation(cm) {\n    cm.curOp = {\n      cm: cm,\n      viewChanged: false,      // Flag that indicates that lines might need to be redrawn\n      startHeight: cm.doc.height, // Used to detect need to update scrollbar\n      forceUpdate: false,      // Used to force a redraw\n      updateInput: null,       // Whether to reset the input textarea\n      typing: false,           // Whether this reset should be careful to leave existing text (for compositing)\n      changeObjs: null,        // Accumulated changes, for firing change events\n      cursorActivityHandlers: null, // Set of handlers to fire cursorActivity on\n      cursorActivityCalled: 0, // Tracks which cursorActivity handlers have been called already\n      selectionChanged: false, // Whether the selection needs to be redrawn\n      updateMaxLine: false,    // Set when the widest line needs to be determined anew\n      scrollLeft: null, scrollTop: null, // Intermediate scroll position, not pushed to DOM yet\n      scrollToPos: null,       // Used to scroll to a specific position\n      focus: false,\n      id: ++nextOpId           // Unique ID\n    };\n    if (operationGroup) {\n      operationGroup.ops.push(cm.curOp);\n    } else {\n      cm.curOp.ownsGroup = operationGroup = {\n        ops: [cm.curOp],\n        delayedCallbacks: []\n      };\n    }\n  }\n\n  function fireCallbacksForOps(group) {\n    // Calls delayed callbacks and cursorActivity handlers until no\n    // new ones appear\n    var callbacks = group.delayedCallbacks, i = 0;\n    do {\n      for (; i < callbacks.length; i++)\n        callbacks[i].call(null);\n      for (var j = 0; j < group.ops.length; j++) {\n        var op = group.ops[j];\n        if (op.cursorActivityHandlers)\n          while (op.cursorActivityCalled < op.cursorActivityHandlers.length)\n            op.cursorActivityHandlers[op.cursorActivityCalled++].call(null, op.cm);\n      }\n    } while (i < callbacks.length);\n  }\n\n  // Finish an operation, updating the display and signalling delayed events\n  function endOperation(cm) {\n    var op = cm.curOp, group = op.ownsGroup;\n    if (!group) return;\n\n    try { fireCallbacksForOps(group); }\n    finally {\n      operationGroup = null;\n      for (var i = 0; i < group.ops.length; i++)\n        group.ops[i].cm.curOp = null;\n      endOperations(group);\n    }\n  }\n\n  // The DOM updates done when an operation finishes are batched so\n  // that the minimum number of relayouts are required.\n  function endOperations(group) {\n    var ops = group.ops;\n    for (var i = 0; i < ops.length; i++) // Read DOM\n      endOperation_R1(ops[i]);\n    for (var i = 0; i < ops.length; i++) // Write DOM (maybe)\n      endOperation_W1(ops[i]);\n    for (var i = 0; i < ops.length; i++) // Read DOM\n      endOperation_R2(ops[i]);\n    for (var i = 0; i < ops.length; i++) // Write DOM (maybe)\n      endOperation_W2(ops[i]);\n    for (var i = 0; i < ops.length; i++) // Read DOM\n      endOperation_finish(ops[i]);\n  }\n\n  function endOperation_R1(op) {\n    var cm = op.cm, display = cm.display;\n    maybeClipScrollbars(cm);\n    if (op.updateMaxLine) findMaxLine(cm);\n\n    op.mustUpdate = op.viewChanged || op.forceUpdate || op.scrollTop != null ||\n      op.scrollToPos && (op.scrollToPos.from.line < display.viewFrom ||\n                         op.scrollToPos.to.line >= display.viewTo) ||\n      display.maxLineChanged && cm.options.lineWrapping;\n    op.update = op.mustUpdate &&\n      new DisplayUpdate(cm, op.mustUpdate && {top: op.scrollTop, ensure: op.scrollToPos}, op.forceUpdate);\n  }\n\n  function endOperation_W1(op) {\n    op.updatedDisplay = op.mustUpdate && updateDisplayIfNeeded(op.cm, op.update);\n  }\n\n  function endOperation_R2(op) {\n    var cm = op.cm, display = cm.display;\n    if (op.updatedDisplay) updateHeightsInViewport(cm);\n\n    op.barMeasure = measureForScrollbars(cm);\n\n    // If the max line changed since it was last measured, measure it,\n    // and ensure the document's width matches it.\n    // updateDisplay_W2 will use these properties to do the actual resizing\n    if (display.maxLineChanged && !cm.options.lineWrapping) {\n      op.adjustWidthTo = measureChar(cm, display.maxLine, display.maxLine.text.length).left + 3;\n      cm.display.sizerWidth = op.adjustWidthTo;\n      op.barMeasure.scrollWidth =\n        Math.max(display.scroller.clientWidth, display.sizer.offsetLeft + op.adjustWidthTo + scrollGap(cm) + cm.display.barWidth);\n      op.maxScrollLeft = Math.max(0, display.sizer.offsetLeft + op.adjustWidthTo - displayWidth(cm));\n    }\n\n    if (op.updatedDisplay || op.selectionChanged)\n      op.preparedSelection = display.input.prepareSelection();\n  }\n\n  function endOperation_W2(op) {\n    var cm = op.cm;\n\n    if (op.adjustWidthTo != null) {\n      cm.display.sizer.style.minWidth = op.adjustWidthTo + \"px\";\n      if (op.maxScrollLeft < cm.doc.scrollLeft)\n        setScrollLeft(cm, Math.min(cm.display.scroller.scrollLeft, op.maxScrollLeft), true);\n      cm.display.maxLineChanged = false;\n    }\n\n    if (op.preparedSelection)\n      cm.display.input.showSelection(op.preparedSelection);\n    if (op.updatedDisplay || op.startHeight != cm.doc.height)\n      updateScrollbars(cm, op.barMeasure);\n    if (op.updatedDisplay)\n      setDocumentHeight(cm, op.barMeasure);\n\n    if (op.selectionChanged) restartBlink(cm);\n\n    if (cm.state.focused && op.updateInput)\n      cm.display.input.reset(op.typing);\n    if (op.focus && op.focus == activeElt() && (!document.hasFocus || document.hasFocus()))\n      ensureFocus(op.cm);\n  }\n\n  function endOperation_finish(op) {\n    var cm = op.cm, display = cm.display, doc = cm.doc;\n\n    if (op.updatedDisplay) postUpdateDisplay(cm, op.update);\n\n    // Abort mouse wheel delta measurement, when scrolling explicitly\n    if (display.wheelStartX != null && (op.scrollTop != null || op.scrollLeft != null || op.scrollToPos))\n      display.wheelStartX = display.wheelStartY = null;\n\n    // Propagate the scroll position to the actual DOM scroller\n    if (op.scrollTop != null && (display.scroller.scrollTop != op.scrollTop || op.forceScroll)) {\n      doc.scrollTop = Math.max(0, Math.min(display.scroller.scrollHeight - display.scroller.clientHeight, op.scrollTop));\n      display.scrollbars.setScrollTop(doc.scrollTop);\n      display.scroller.scrollTop = doc.scrollTop;\n    }\n    if (op.scrollLeft != null && (display.scroller.scrollLeft != op.scrollLeft || op.forceScroll)) {\n      doc.scrollLeft = Math.max(0, Math.min(display.scroller.scrollWidth - display.scroller.clientWidth, op.scrollLeft));\n      display.scrollbars.setScrollLeft(doc.scrollLeft);\n      display.scroller.scrollLeft = doc.scrollLeft;\n      alignHorizontally(cm);\n    }\n    // If we need to scroll a specific position into view, do so.\n    if (op.scrollToPos) {\n      var coords = scrollPosIntoView(cm, clipPos(doc, op.scrollToPos.from),\n                                     clipPos(doc, op.scrollToPos.to), op.scrollToPos.margin);\n      if (op.scrollToPos.isCursor && cm.state.focused) maybeScrollWindow(cm, coords);\n    }\n\n    // Fire events for markers that are hidden/unidden by editing or\n    // undoing\n    var hidden = op.maybeHiddenMarkers, unhidden = op.maybeUnhiddenMarkers;\n    if (hidden) for (var i = 0; i < hidden.length; ++i)\n      if (!hidden[i].lines.length) signal(hidden[i], \"hide\");\n    if (unhidden) for (var i = 0; i < unhidden.length; ++i)\n      if (unhidden[i].lines.length) signal(unhidden[i], \"unhide\");\n\n    if (display.wrapper.offsetHeight)\n      doc.scrollTop = cm.display.scroller.scrollTop;\n\n    // Fire change events, and delayed event handlers\n    if (op.changeObjs)\n      signal(cm, \"changes\", cm, op.changeObjs);\n    if (op.update)\n      op.update.finish();\n  }\n\n  // Run the given function in an operation\n  function runInOp(cm, f) {\n    if (cm.curOp) return f();\n    startOperation(cm);\n    try { return f(); }\n    finally { endOperation(cm); }\n  }\n  // Wraps a function in an operation. Returns the wrapped function.\n  function operation(cm, f) {\n    return function() {\n      if (cm.curOp) return f.apply(cm, arguments);\n      startOperation(cm);\n      try { return f.apply(cm, arguments); }\n      finally { endOperation(cm); }\n    };\n  }\n  // Used to add methods to editor and doc instances, wrapping them in\n  // operations.\n  function methodOp(f) {\n    return function() {\n      if (this.curOp) return f.apply(this, arguments);\n      startOperation(this);\n      try { return f.apply(this, arguments); }\n      finally { endOperation(this); }\n    };\n  }\n  function docMethodOp(f) {\n    return function() {\n      var cm = this.cm;\n      if (!cm || cm.curOp) return f.apply(this, arguments);\n      startOperation(cm);\n      try { return f.apply(this, arguments); }\n      finally { endOperation(cm); }\n    };\n  }\n\n  // VIEW TRACKING\n\n  // These objects are used to represent the visible (currently drawn)\n  // part of the document. A LineView may correspond to multiple\n  // logical lines, if those are connected by collapsed ranges.\n  function LineView(doc, line, lineN) {\n    // The starting line\n    this.line = line;\n    // Continuing lines, if any\n    this.rest = visualLineContinued(line);\n    // Number of logical lines in this visual line\n    this.size = this.rest ? lineNo(lst(this.rest)) - lineN + 1 : 1;\n    this.node = this.text = null;\n    this.hidden = lineIsHidden(doc, line);\n  }\n\n  // Create a range of LineView objects for the given lines.\n  function buildViewArray(cm, from, to) {\n    var array = [], nextPos;\n    for (var pos = from; pos < to; pos = nextPos) {\n      var view = new LineView(cm.doc, getLine(cm.doc, pos), pos);\n      nextPos = pos + view.size;\n      array.push(view);\n    }\n    return array;\n  }\n\n  // Updates the display.view data structure for a given change to the\n  // document. From and to are in pre-change coordinates. Lendiff is\n  // the amount of lines added or subtracted by the change. This is\n  // used for changes that span multiple lines, or change the way\n  // lines are divided into visual lines. regLineChange (below)\n  // registers single-line changes.\n  function regChange(cm, from, to, lendiff) {\n    if (from == null) from = cm.doc.first;\n    if (to == null) to = cm.doc.first + cm.doc.size;\n    if (!lendiff) lendiff = 0;\n\n    var display = cm.display;\n    if (lendiff && to < display.viewTo &&\n        (display.updateLineNumbers == null || display.updateLineNumbers > from))\n      display.updateLineNumbers = from;\n\n    cm.curOp.viewChanged = true;\n\n    if (from >= display.viewTo) { // Change after\n      if (sawCollapsedSpans && visualLineNo(cm.doc, from) < display.viewTo)\n        resetView(cm);\n    } else if (to <= display.viewFrom) { // Change before\n      if (sawCollapsedSpans && visualLineEndNo(cm.doc, to + lendiff) > display.viewFrom) {\n        resetView(cm);\n      } else {\n        display.viewFrom += lendiff;\n        display.viewTo += lendiff;\n      }\n    } else if (from <= display.viewFrom && to >= display.viewTo) { // Full overlap\n      resetView(cm);\n    } else if (from <= display.viewFrom) { // Top overlap\n      var cut = viewCuttingPoint(cm, to, to + lendiff, 1);\n      if (cut) {\n        display.view = display.view.slice(cut.index);\n        display.viewFrom = cut.lineN;\n        display.viewTo += lendiff;\n      } else {\n        resetView(cm);\n      }\n    } else if (to >= display.viewTo) { // Bottom overlap\n      var cut = viewCuttingPoint(cm, from, from, -1);\n      if (cut) {\n        display.view = display.view.slice(0, cut.index);\n        display.viewTo = cut.lineN;\n      } else {\n        resetView(cm);\n      }\n    } else { // Gap in the middle\n      var cutTop = viewCuttingPoint(cm, from, from, -1);\n      var cutBot = viewCuttingPoint(cm, to, to + lendiff, 1);\n      if (cutTop && cutBot) {\n        display.view = display.view.slice(0, cutTop.index)\n          .concat(buildViewArray(cm, cutTop.lineN, cutBot.lineN))\n          .concat(display.view.slice(cutBot.index));\n        display.viewTo += lendiff;\n      } else {\n        resetView(cm);\n      }\n    }\n\n    var ext = display.externalMeasured;\n    if (ext) {\n      if (to < ext.lineN)\n        ext.lineN += lendiff;\n      else if (from < ext.lineN + ext.size)\n        display.externalMeasured = null;\n    }\n  }\n\n  // Register a change to a single line. Type must be one of \"text\",\n  // \"gutter\", \"class\", \"widget\"\n  function regLineChange(cm, line, type) {\n    cm.curOp.viewChanged = true;\n    var display = cm.display, ext = cm.display.externalMeasured;\n    if (ext && line >= ext.lineN && line < ext.lineN + ext.size)\n      display.externalMeasured = null;\n\n    if (line < display.viewFrom || line >= display.viewTo) return;\n    var lineView = display.view[findViewIndex(cm, line)];\n    if (lineView.node == null) return;\n    var arr = lineView.changes || (lineView.changes = []);\n    if (indexOf(arr, type) == -1) arr.push(type);\n  }\n\n  // Clear the view.\n  function resetView(cm) {\n    cm.display.viewFrom = cm.display.viewTo = cm.doc.first;\n    cm.display.view = [];\n    cm.display.viewOffset = 0;\n  }\n\n  // Find the view element corresponding to a given line. Return null\n  // when the line isn't visible.\n  function findViewIndex(cm, n) {\n    if (n >= cm.display.viewTo) return null;\n    n -= cm.display.viewFrom;\n    if (n < 0) return null;\n    var view = cm.display.view;\n    for (var i = 0; i < view.length; i++) {\n      n -= view[i].size;\n      if (n < 0) return i;\n    }\n  }\n\n  function viewCuttingPoint(cm, oldN, newN, dir) {\n    var index = findViewIndex(cm, oldN), diff, view = cm.display.view;\n    if (!sawCollapsedSpans || newN == cm.doc.first + cm.doc.size)\n      return {index: index, lineN: newN};\n    for (var i = 0, n = cm.display.viewFrom; i < index; i++)\n      n += view[i].size;\n    if (n != oldN) {\n      if (dir > 0) {\n        if (index == view.length - 1) return null;\n        diff = (n + view[index].size) - oldN;\n        index++;\n      } else {\n        diff = n - oldN;\n      }\n      oldN += diff; newN += diff;\n    }\n    while (visualLineNo(cm.doc, newN) != newN) {\n      if (index == (dir < 0 ? 0 : view.length - 1)) return null;\n      newN += dir * view[index - (dir < 0 ? 1 : 0)].size;\n      index += dir;\n    }\n    return {index: index, lineN: newN};\n  }\n\n  // Force the view to cover a given range, adding empty view element\n  // or clipping off existing ones as needed.\n  function adjustView(cm, from, to) {\n    var display = cm.display, view = display.view;\n    if (view.length == 0 || from >= display.viewTo || to <= display.viewFrom) {\n      display.view = buildViewArray(cm, from, to);\n      display.viewFrom = from;\n    } else {\n      if (display.viewFrom > from)\n        display.view = buildViewArray(cm, from, display.viewFrom).concat(display.view);\n      else if (display.viewFrom < from)\n        display.view = display.view.slice(findViewIndex(cm, from));\n      display.viewFrom = from;\n      if (display.viewTo < to)\n        display.view = display.view.concat(buildViewArray(cm, display.viewTo, to));\n      else if (display.viewTo > to)\n        display.view = display.view.slice(0, findViewIndex(cm, to));\n    }\n    display.viewTo = to;\n  }\n\n  // Count the number of lines in the view whose DOM representation is\n  // out of date (or nonexistent).\n  function countDirtyView(cm) {\n    var view = cm.display.view, dirty = 0;\n    for (var i = 0; i < view.length; i++) {\n      var lineView = view[i];\n      if (!lineView.hidden && (!lineView.node || lineView.changes)) ++dirty;\n    }\n    return dirty;\n  }\n\n  // EVENT HANDLERS\n\n  // Attach the necessary event handlers when initializing the editor\n  function registerEventHandlers(cm) {\n    var d = cm.display;\n    on(d.scroller, \"mousedown\", operation(cm, onMouseDown));\n    // Older IE's will not fire a second mousedown for a double click\n    if (ie && ie_version < 11)\n      on(d.scroller, \"dblclick\", operation(cm, function(e) {\n        if (signalDOMEvent(cm, e)) return;\n        var pos = posFromMouse(cm, e);\n        if (!pos || clickInGutter(cm, e) || eventInWidget(cm.display, e)) return;\n        e_preventDefault(e);\n        var word = cm.findWordAt(pos);\n        extendSelection(cm.doc, word.anchor, word.head);\n      }));\n    else\n      on(d.scroller, \"dblclick\", function(e) { signalDOMEvent(cm, e) || e_preventDefault(e); });\n    // Some browsers fire contextmenu *after* opening the menu, at\n    // which point we can't mess with it anymore. Context menu is\n    // handled in onMouseDown for these browsers.\n    if (!captureRightClick) on(d.scroller, \"contextmenu\", function(e) {onContextMenu(cm, e);});\n\n    // Used to suppress mouse event handling when a touch happens\n    var touchFinished, prevTouch = {end: 0};\n    function finishTouch() {\n      if (d.activeTouch) {\n        touchFinished = setTimeout(function() {d.activeTouch = null;}, 1000);\n        prevTouch = d.activeTouch;\n        prevTouch.end = +new Date;\n      }\n    };\n    function isMouseLikeTouchEvent(e) {\n      if (e.touches.length != 1) return false;\n      var touch = e.touches[0];\n      return touch.radiusX <= 1 && touch.radiusY <= 1;\n    }\n    function farAway(touch, other) {\n      if (other.left == null) return true;\n      var dx = other.left - touch.left, dy = other.top - touch.top;\n      return dx * dx + dy * dy > 20 * 20;\n    }\n    on(d.scroller, \"touchstart\", function(e) {\n      if (!signalDOMEvent(cm, e) && !isMouseLikeTouchEvent(e)) {\n        clearTimeout(touchFinished);\n        var now = +new Date;\n        d.activeTouch = {start: now, moved: false,\n                         prev: now - prevTouch.end <= 300 ? prevTouch : null};\n        if (e.touches.length == 1) {\n          d.activeTouch.left = e.touches[0].pageX;\n          d.activeTouch.top = e.touches[0].pageY;\n        }\n      }\n    });\n    on(d.scroller, \"touchmove\", function() {\n      if (d.activeTouch) d.activeTouch.moved = true;\n    });\n    on(d.scroller, \"touchend\", function(e) {\n      var touch = d.activeTouch;\n      if (touch && !eventInWidget(d, e) && touch.left != null &&\n          !touch.moved && new Date - touch.start < 300) {\n        var pos = cm.coordsChar(d.activeTouch, \"page\"), range;\n        if (!touch.prev || farAway(touch, touch.prev)) // Single tap\n          range = new Range(pos, pos);\n        else if (!touch.prev.prev || farAway(touch, touch.prev.prev)) // Double tap\n          range = cm.findWordAt(pos);\n        else // Triple tap\n          range = new Range(Pos(pos.line, 0), clipPos(cm.doc, Pos(pos.line + 1, 0)));\n        cm.setSelection(range.anchor, range.head);\n        cm.focus();\n        e_preventDefault(e);\n      }\n      finishTouch();\n    });\n    on(d.scroller, \"touchcancel\", finishTouch);\n\n    // Sync scrolling between fake scrollbars and real scrollable\n    // area, ensure viewport is updated when scrolling.\n    on(d.scroller, \"scroll\", function() {\n      if (d.scroller.clientHeight) {\n        setScrollTop(cm, d.scroller.scrollTop);\n        setScrollLeft(cm, d.scroller.scrollLeft, true);\n        signal(cm, \"scroll\", cm);\n      }\n    });\n\n    // Listen to wheel events in order to try and update the viewport on time.\n    on(d.scroller, \"mousewheel\", function(e){onScrollWheel(cm, e);});\n    on(d.scroller, \"DOMMouseScroll\", function(e){onScrollWheel(cm, e);});\n\n    // Prevent wrapper from ever scrolling\n    on(d.wrapper, \"scroll\", function() { d.wrapper.scrollTop = d.wrapper.scrollLeft = 0; });\n\n    d.dragFunctions = {\n      enter: function(e) {if (!signalDOMEvent(cm, e)) e_stop(e);},\n      over: function(e) {if (!signalDOMEvent(cm, e)) { onDragOver(cm, e); e_stop(e); }},\n      start: function(e){onDragStart(cm, e);},\n      drop: operation(cm, onDrop),\n      leave: function(e) {if (!signalDOMEvent(cm, e)) { clearDragCursor(cm); }}\n    };\n\n    var inp = d.input.getField();\n    on(inp, \"keyup\", function(e) { onKeyUp.call(cm, e); });\n    on(inp, \"keydown\", operation(cm, onKeyDown));\n    on(inp, \"keypress\", operation(cm, onKeyPress));\n    on(inp, \"focus\", bind(onFocus, cm));\n    on(inp, \"blur\", bind(onBlur, cm));\n  }\n\n  function dragDropChanged(cm, value, old) {\n    var wasOn = old && old != CodeMirror.Init;\n    if (!value != !wasOn) {\n      var funcs = cm.display.dragFunctions;\n      var toggle = value ? on : off;\n      toggle(cm.display.scroller, \"dragstart\", funcs.start);\n      toggle(cm.display.scroller, \"dragenter\", funcs.enter);\n      toggle(cm.display.scroller, \"dragover\", funcs.over);\n      toggle(cm.display.scroller, \"dragleave\", funcs.leave);\n      toggle(cm.display.scroller, \"drop\", funcs.drop);\n    }\n  }\n\n  // Called when the window resizes\n  function onResize(cm) {\n    var d = cm.display;\n    if (d.lastWrapHeight == d.wrapper.clientHeight && d.lastWrapWidth == d.wrapper.clientWidth)\n      return;\n    // Might be a text scaling operation, clear size caches.\n    d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n    d.scrollbarsClipped = false;\n    cm.setSize();\n  }\n\n  // MOUSE EVENTS\n\n  // Return true when the given mouse event happened in a widget\n  function eventInWidget(display, e) {\n    for (var n = e_target(e); n != display.wrapper; n = n.parentNode) {\n      if (!n || (n.nodeType == 1 && n.getAttribute(\"cm-ignore-events\") == \"true\") ||\n          (n.parentNode == display.sizer && n != display.mover))\n        return true;\n    }\n  }\n\n  // Given a mouse event, find the corresponding position. If liberal\n  // is false, it checks whether a gutter or scrollbar was clicked,\n  // and returns null if it was. forRect is used by rectangular\n  // selections, and tries to estimate a character position even for\n  // coordinates beyond the right of the text.\n  function posFromMouse(cm, e, liberal, forRect) {\n    var display = cm.display;\n    if (!liberal && e_target(e).getAttribute(\"cm-not-content\") == \"true\") return null;\n\n    var x, y, space = display.lineSpace.getBoundingClientRect();\n    // Fails unpredictably on IE[67] when mouse is dragged around quickly.\n    try { x = e.clientX - space.left; y = e.clientY - space.top; }\n    catch (e) { return null; }\n    var coords = coordsChar(cm, x, y), line;\n    if (forRect && coords.xRel == 1 && (line = getLine(cm.doc, coords.line).text).length == coords.ch) {\n      var colDiff = countColumn(line, line.length, cm.options.tabSize) - line.length;\n      coords = Pos(coords.line, Math.max(0, Math.round((x - paddingH(cm.display).left) / charWidth(cm.display)) - colDiff));\n    }\n    return coords;\n  }\n\n  // A mouse down can be a single click, double click, triple click,\n  // start of selection drag, start of text drag, new cursor\n  // (ctrl-click), rectangle drag (alt-drag), or xwin\n  // middle-click-paste. Or it might be a click on something we should\n  // not interfere with, such as a scrollbar or widget.\n  function onMouseDown(e) {\n    var cm = this, display = cm.display;\n    if (signalDOMEvent(cm, e) || display.activeTouch && display.input.supportsTouch()) return;\n    display.shift = e.shiftKey;\n\n    if (eventInWidget(display, e)) {\n      if (!webkit) {\n        // Briefly turn off draggability, to allow widgets to do\n        // normal dragging things.\n        display.scroller.draggable = false;\n        setTimeout(function(){display.scroller.draggable = true;}, 100);\n      }\n      return;\n    }\n    if (clickInGutter(cm, e)) return;\n    var start = posFromMouse(cm, e);\n    window.focus();\n\n    switch (e_button(e)) {\n    case 1:\n      // #3261: make sure, that we're not starting a second selection\n      if (cm.state.selectingText)\n        cm.state.selectingText(e);\n      else if (start)\n        leftButtonDown(cm, e, start);\n      else if (e_target(e) == display.scroller)\n        e_preventDefault(e);\n      break;\n    case 2:\n      if (webkit) cm.state.lastMiddleDown = +new Date;\n      if (start) extendSelection(cm.doc, start);\n      setTimeout(function() {display.input.focus();}, 20);\n      e_preventDefault(e);\n      break;\n    case 3:\n      if (captureRightClick) onContextMenu(cm, e);\n      else delayBlurEvent(cm);\n      break;\n    }\n  }\n\n  var lastClick, lastDoubleClick;\n  function leftButtonDown(cm, e, start) {\n    if (ie) setTimeout(bind(ensureFocus, cm), 0);\n    else cm.curOp.focus = activeElt();\n\n    var now = +new Date, type;\n    if (lastDoubleClick && lastDoubleClick.time > now - 400 && cmp(lastDoubleClick.pos, start) == 0) {\n      type = \"triple\";\n    } else if (lastClick && lastClick.time > now - 400 && cmp(lastClick.pos, start) == 0) {\n      type = \"double\";\n      lastDoubleClick = {time: now, pos: start};\n    } else {\n      type = \"single\";\n      lastClick = {time: now, pos: start};\n    }\n\n    var sel = cm.doc.sel, modifier = mac ? e.metaKey : e.ctrlKey, contained;\n    if (cm.options.dragDrop && dragAndDrop && !cm.isReadOnly() &&\n        type == \"single\" && (contained = sel.contains(start)) > -1 &&\n        (cmp((contained = sel.ranges[contained]).from(), start) < 0 || start.xRel > 0) &&\n        (cmp(contained.to(), start) > 0 || start.xRel < 0))\n      leftButtonStartDrag(cm, e, start, modifier);\n    else\n      leftButtonSelect(cm, e, start, type, modifier);\n  }\n\n  // Start a text drag. When it ends, see if any dragging actually\n  // happen, and treat as a click if it didn't.\n  function leftButtonStartDrag(cm, e, start, modifier) {\n    var display = cm.display, startTime = +new Date;\n    var dragEnd = operation(cm, function(e2) {\n      if (webkit) display.scroller.draggable = false;\n      cm.state.draggingText = false;\n      off(document, \"mouseup\", dragEnd);\n      off(display.scroller, \"drop\", dragEnd);\n      if (Math.abs(e.clientX - e2.clientX) + Math.abs(e.clientY - e2.clientY) < 10) {\n        e_preventDefault(e2);\n        if (!modifier && +new Date - 200 < startTime)\n          extendSelection(cm.doc, start);\n        // Work around unexplainable focus problem in IE9 (#2127) and Chrome (#3081)\n        if (webkit || ie && ie_version == 9)\n          setTimeout(function() {document.body.focus(); display.input.focus();}, 20);\n        else\n          display.input.focus();\n      }\n    });\n    // Let the drag handler handle this.\n    if (webkit) display.scroller.draggable = true;\n    cm.state.draggingText = dragEnd;\n    // IE's approach to draggable\n    if (display.scroller.dragDrop) display.scroller.dragDrop();\n    on(document, \"mouseup\", dragEnd);\n    on(display.scroller, \"drop\", dragEnd);\n  }\n\n  // Normal selection, as opposed to text dragging.\n  function leftButtonSelect(cm, e, start, type, addNew) {\n    var display = cm.display, doc = cm.doc;\n    e_preventDefault(e);\n\n    var ourRange, ourIndex, startSel = doc.sel, ranges = startSel.ranges;\n    if (addNew && !e.shiftKey) {\n      ourIndex = doc.sel.contains(start);\n      if (ourIndex > -1)\n        ourRange = ranges[ourIndex];\n      else\n        ourRange = new Range(start, start);\n    } else {\n      ourRange = doc.sel.primary();\n      ourIndex = doc.sel.primIndex;\n    }\n\n    if (e.altKey) {\n      type = \"rect\";\n      if (!addNew) ourRange = new Range(start, start);\n      start = posFromMouse(cm, e, true, true);\n      ourIndex = -1;\n    } else if (type == \"double\") {\n      var word = cm.findWordAt(start);\n      if (cm.display.shift || doc.extend)\n        ourRange = extendRange(doc, ourRange, word.anchor, word.head);\n      else\n        ourRange = word;\n    } else if (type == \"triple\") {\n      var line = new Range(Pos(start.line, 0), clipPos(doc, Pos(start.line + 1, 0)));\n      if (cm.display.shift || doc.extend)\n        ourRange = extendRange(doc, ourRange, line.anchor, line.head);\n      else\n        ourRange = line;\n    } else {\n      ourRange = extendRange(doc, ourRange, start);\n    }\n\n    if (!addNew) {\n      ourIndex = 0;\n      setSelection(doc, new Selection([ourRange], 0), sel_mouse);\n      startSel = doc.sel;\n    } else if (ourIndex == -1) {\n      ourIndex = ranges.length;\n      setSelection(doc, normalizeSelection(ranges.concat([ourRange]), ourIndex),\n                   {scroll: false, origin: \"*mouse\"});\n    } else if (ranges.length > 1 && ranges[ourIndex].empty() && type == \"single\" && !e.shiftKey) {\n      setSelection(doc, normalizeSelection(ranges.slice(0, ourIndex).concat(ranges.slice(ourIndex + 1)), 0),\n                   {scroll: false, origin: \"*mouse\"});\n      startSel = doc.sel;\n    } else {\n      replaceOneSelection(doc, ourIndex, ourRange, sel_mouse);\n    }\n\n    var lastPos = start;\n    function extendTo(pos) {\n      if (cmp(lastPos, pos) == 0) return;\n      lastPos = pos;\n\n      if (type == \"rect\") {\n        var ranges = [], tabSize = cm.options.tabSize;\n        var startCol = countColumn(getLine(doc, start.line).text, start.ch, tabSize);\n        var posCol = countColumn(getLine(doc, pos.line).text, pos.ch, tabSize);\n        var left = Math.min(startCol, posCol), right = Math.max(startCol, posCol);\n        for (var line = Math.min(start.line, pos.line), end = Math.min(cm.lastLine(), Math.max(start.line, pos.line));\n             line <= end; line++) {\n          var text = getLine(doc, line).text, leftPos = findColumn(text, left, tabSize);\n          if (left == right)\n            ranges.push(new Range(Pos(line, leftPos), Pos(line, leftPos)));\n          else if (text.length > leftPos)\n            ranges.push(new Range(Pos(line, leftPos), Pos(line, findColumn(text, right, tabSize))));\n        }\n        if (!ranges.length) ranges.push(new Range(start, start));\n        setSelection(doc, normalizeSelection(startSel.ranges.slice(0, ourIndex).concat(ranges), ourIndex),\n                     {origin: \"*mouse\", scroll: false});\n        cm.scrollIntoView(pos);\n      } else {\n        var oldRange = ourRange;\n        var anchor = oldRange.anchor, head = pos;\n        if (type != \"single\") {\n          if (type == \"double\")\n            var range = cm.findWordAt(pos);\n          else\n            var range = new Range(Pos(pos.line, 0), clipPos(doc, Pos(pos.line + 1, 0)));\n          if (cmp(range.anchor, anchor) > 0) {\n            head = range.head;\n            anchor = minPos(oldRange.from(), range.anchor);\n          } else {\n            head = range.anchor;\n            anchor = maxPos(oldRange.to(), range.head);\n          }\n        }\n        var ranges = startSel.ranges.slice(0);\n        ranges[ourIndex] = new Range(clipPos(doc, anchor), head);\n        setSelection(doc, normalizeSelection(ranges, ourIndex), sel_mouse);\n      }\n    }\n\n    var editorSize = display.wrapper.getBoundingClientRect();\n    // Used to ensure timeout re-tries don't fire when another extend\n    // happened in the meantime (clearTimeout isn't reliable -- at\n    // least on Chrome, the timeouts still happen even when cleared,\n    // if the clear happens after their scheduled firing time).\n    var counter = 0;\n\n    function extend(e) {\n      var curCount = ++counter;\n      var cur = posFromMouse(cm, e, true, type == \"rect\");\n      if (!cur) return;\n      if (cmp(cur, lastPos) != 0) {\n        cm.curOp.focus = activeElt();\n        extendTo(cur);\n        var visible = visibleLines(display, doc);\n        if (cur.line >= visible.to || cur.line < visible.from)\n          setTimeout(operation(cm, function(){if (counter == curCount) extend(e);}), 150);\n      } else {\n        var outside = e.clientY < editorSize.top ? -20 : e.clientY > editorSize.bottom ? 20 : 0;\n        if (outside) setTimeout(operation(cm, function() {\n          if (counter != curCount) return;\n          display.scroller.scrollTop += outside;\n          extend(e);\n        }), 50);\n      }\n    }\n\n    function done(e) {\n      cm.state.selectingText = false;\n      counter = Infinity;\n      e_preventDefault(e);\n      display.input.focus();\n      off(document, \"mousemove\", move);\n      off(document, \"mouseup\", up);\n      doc.history.lastSelOrigin = null;\n    }\n\n    var move = operation(cm, function(e) {\n      if (!e_button(e)) done(e);\n      else extend(e);\n    });\n    var up = operation(cm, done);\n    cm.state.selectingText = up;\n    on(document, \"mousemove\", move);\n    on(document, \"mouseup\", up);\n  }\n\n  // Determines whether an event happened in the gutter, and fires the\n  // handlers for the corresponding event.\n  function gutterEvent(cm, e, type, prevent) {\n    try { var mX = e.clientX, mY = e.clientY; }\n    catch(e) { return false; }\n    if (mX >= Math.floor(cm.display.gutters.getBoundingClientRect().right)) return false;\n    if (prevent) e_preventDefault(e);\n\n    var display = cm.display;\n    var lineBox = display.lineDiv.getBoundingClientRect();\n\n    if (mY > lineBox.bottom || !hasHandler(cm, type)) return e_defaultPrevented(e);\n    mY -= lineBox.top - display.viewOffset;\n\n    for (var i = 0; i < cm.options.gutters.length; ++i) {\n      var g = display.gutters.childNodes[i];\n      if (g && g.getBoundingClientRect().right >= mX) {\n        var line = lineAtHeight(cm.doc, mY);\n        var gutter = cm.options.gutters[i];\n        signal(cm, type, cm, line, gutter, e);\n        return e_defaultPrevented(e);\n      }\n    }\n  }\n\n  function clickInGutter(cm, e) {\n    return gutterEvent(cm, e, \"gutterClick\", true);\n  }\n\n  // Kludge to work around strange IE behavior where it'll sometimes\n  // re-fire a series of drag-related events right after the drop (#1551)\n  var lastDrop = 0;\n\n  function onDrop(e) {\n    var cm = this;\n    clearDragCursor(cm);\n    if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e))\n      return;\n    e_preventDefault(e);\n    if (ie) lastDrop = +new Date;\n    var pos = posFromMouse(cm, e, true), files = e.dataTransfer.files;\n    if (!pos || cm.isReadOnly()) return;\n    // Might be a file drop, in which case we simply extract the text\n    // and insert it.\n    if (files && files.length && window.FileReader && window.File) {\n      var n = files.length, text = Array(n), read = 0;\n      var loadFile = function(file, i) {\n        if (cm.options.allowDropFileTypes &&\n            indexOf(cm.options.allowDropFileTypes, file.type) == -1)\n          return;\n\n        var reader = new FileReader;\n        reader.onload = operation(cm, function() {\n          var content = reader.result;\n          if (/[\\x00-\\x08\\x0e-\\x1f]{2}/.test(content)) content = \"\";\n          text[i] = content;\n          if (++read == n) {\n            pos = clipPos(cm.doc, pos);\n            var change = {from: pos, to: pos,\n                          text: cm.doc.splitLines(text.join(cm.doc.lineSeparator())),\n                          origin: \"paste\"};\n            makeChange(cm.doc, change);\n            setSelectionReplaceHistory(cm.doc, simpleSelection(pos, changeEnd(change)));\n          }\n        });\n        reader.readAsText(file);\n      };\n      for (var i = 0; i < n; ++i) loadFile(files[i], i);\n    } else { // Normal drop\n      // Don't do a replace if the drop happened inside of the selected text.\n      if (cm.state.draggingText && cm.doc.sel.contains(pos) > -1) {\n        cm.state.draggingText(e);\n        // Ensure the editor is re-focused\n        setTimeout(function() {cm.display.input.focus();}, 20);\n        return;\n      }\n      try {\n        var text = e.dataTransfer.getData(\"Text\");\n        if (text) {\n          if (cm.state.draggingText && !(mac ? e.altKey : e.ctrlKey))\n            var selected = cm.listSelections();\n          setSelectionNoUndo(cm.doc, simpleSelection(pos, pos));\n          if (selected) for (var i = 0; i < selected.length; ++i)\n            replaceRange(cm.doc, \"\", selected[i].anchor, selected[i].head, \"drag\");\n          cm.replaceSelection(text, \"around\", \"paste\");\n          cm.display.input.focus();\n        }\n      }\n      catch(e){}\n    }\n  }\n\n  function onDragStart(cm, e) {\n    if (ie && (!cm.state.draggingText || +new Date - lastDrop < 100)) { e_stop(e); return; }\n    if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e)) return;\n\n    e.dataTransfer.setData(\"Text\", cm.getSelection());\n\n    // Use dummy image instead of default browsers image.\n    // Recent Safari (~6.0.2) have a tendency to segfault when this happens, so we don't do it there.\n    if (e.dataTransfer.setDragImage && !safari) {\n      var img = elt(\"img\", null, null, \"position: fixed; left: 0; top: 0;\");\n      img.src = \"data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==\";\n      if (presto) {\n        img.width = img.height = 1;\n        cm.display.wrapper.appendChild(img);\n        // Force a relayout, or Opera won't use our image for some obscure reason\n        img._top = img.offsetTop;\n      }\n      e.dataTransfer.setDragImage(img, 0, 0);\n      if (presto) img.parentNode.removeChild(img);\n    }\n  }\n\n  function onDragOver(cm, e) {\n    var pos = posFromMouse(cm, e);\n    if (!pos) return;\n    var frag = document.createDocumentFragment();\n    drawSelectionCursor(cm, pos, frag);\n    if (!cm.display.dragCursor) {\n      cm.display.dragCursor = elt(\"div\", null, \"CodeMirror-cursors CodeMirror-dragcursors\");\n      cm.display.lineSpace.insertBefore(cm.display.dragCursor, cm.display.cursorDiv);\n    }\n    removeChildrenAndAdd(cm.display.dragCursor, frag);\n  }\n\n  function clearDragCursor(cm) {\n    if (cm.display.dragCursor) {\n      cm.display.lineSpace.removeChild(cm.display.dragCursor);\n      cm.display.dragCursor = null;\n    }\n  }\n\n  // SCROLL EVENTS\n\n  // Sync the scrollable area and scrollbars, ensure the viewport\n  // covers the visible area.\n  function setScrollTop(cm, val) {\n    if (Math.abs(cm.doc.scrollTop - val) < 2) return;\n    cm.doc.scrollTop = val;\n    if (!gecko) updateDisplaySimple(cm, {top: val});\n    if (cm.display.scroller.scrollTop != val) cm.display.scroller.scrollTop = val;\n    cm.display.scrollbars.setScrollTop(val);\n    if (gecko) updateDisplaySimple(cm);\n    startWorker(cm, 100);\n  }\n  // Sync scroller and scrollbar, ensure the gutter elements are\n  // aligned.\n  function setScrollLeft(cm, val, isScroller) {\n    if (isScroller ? val == cm.doc.scrollLeft : Math.abs(cm.doc.scrollLeft - val) < 2) return;\n    val = Math.min(val, cm.display.scroller.scrollWidth - cm.display.scroller.clientWidth);\n    cm.doc.scrollLeft = val;\n    alignHorizontally(cm);\n    if (cm.display.scroller.scrollLeft != val) cm.display.scroller.scrollLeft = val;\n    cm.display.scrollbars.setScrollLeft(val);\n  }\n\n  // Since the delta values reported on mouse wheel events are\n  // unstandardized between browsers and even browser versions, and\n  // generally horribly unpredictable, this code starts by measuring\n  // the scroll effect that the first few mouse wheel events have,\n  // and, from that, detects the way it can convert deltas to pixel\n  // offsets afterwards.\n  //\n  // The reason we want to know the amount a wheel event will scroll\n  // is that it gives us a chance to update the display before the\n  // actual scrolling happens, reducing flickering.\n\n  var wheelSamples = 0, wheelPixelsPerUnit = null;\n  // Fill in a browser-detected starting value on browsers where we\n  // know one. These don't have to be accurate -- the result of them\n  // being wrong would just be a slight flicker on the first wheel\n  // scroll (if it is large enough).\n  if (ie) wheelPixelsPerUnit = -.53;\n  else if (gecko) wheelPixelsPerUnit = 15;\n  else if (chrome) wheelPixelsPerUnit = -.7;\n  else if (safari) wheelPixelsPerUnit = -1/3;\n\n  var wheelEventDelta = function(e) {\n    var dx = e.wheelDeltaX, dy = e.wheelDeltaY;\n    if (dx == null && e.detail && e.axis == e.HORIZONTAL_AXIS) dx = e.detail;\n    if (dy == null && e.detail && e.axis == e.VERTICAL_AXIS) dy = e.detail;\n    else if (dy == null) dy = e.wheelDelta;\n    return {x: dx, y: dy};\n  };\n  CodeMirror.wheelEventPixels = function(e) {\n    var delta = wheelEventDelta(e);\n    delta.x *= wheelPixelsPerUnit;\n    delta.y *= wheelPixelsPerUnit;\n    return delta;\n  };\n\n  function onScrollWheel(cm, e) {\n    var delta = wheelEventDelta(e), dx = delta.x, dy = delta.y;\n\n    var display = cm.display, scroll = display.scroller;\n    // Quit if there's nothing to scroll here\n    var canScrollX = scroll.scrollWidth > scroll.clientWidth;\n    var canScrollY = scroll.scrollHeight > scroll.clientHeight;\n    if (!(dx && canScrollX || dy && canScrollY)) return;\n\n    // Webkit browsers on OS X abort momentum scrolls when the target\n    // of the scroll event is removed from the scrollable element.\n    // This hack (see related code in patchDisplay) makes sure the\n    // element is kept around.\n    if (dy && mac && webkit) {\n      outer: for (var cur = e.target, view = display.view; cur != scroll; cur = cur.parentNode) {\n        for (var i = 0; i < view.length; i++) {\n          if (view[i].node == cur) {\n            cm.display.currentWheelTarget = cur;\n            break outer;\n          }\n        }\n      }\n    }\n\n    // On some browsers, horizontal scrolling will cause redraws to\n    // happen before the gutter has been realigned, causing it to\n    // wriggle around in a most unseemly way. When we have an\n    // estimated pixels/delta value, we just handle horizontal\n    // scrolling entirely here. It'll be slightly off from native, but\n    // better than glitching out.\n    if (dx && !gecko && !presto && wheelPixelsPerUnit != null) {\n      if (dy && canScrollY)\n        setScrollTop(cm, Math.max(0, Math.min(scroll.scrollTop + dy * wheelPixelsPerUnit, scroll.scrollHeight - scroll.clientHeight)));\n      setScrollLeft(cm, Math.max(0, Math.min(scroll.scrollLeft + dx * wheelPixelsPerUnit, scroll.scrollWidth - scroll.clientWidth)));\n      // Only prevent default scrolling if vertical scrolling is\n      // actually possible. Otherwise, it causes vertical scroll\n      // jitter on OSX trackpads when deltaX is small and deltaY\n      // is large (issue #3579)\n      if (!dy || (dy && canScrollY))\n        e_preventDefault(e);\n      display.wheelStartX = null; // Abort measurement, if in progress\n      return;\n    }\n\n    // 'Project' the visible viewport to cover the area that is being\n    // scrolled into view (if we know enough to estimate it).\n    if (dy && wheelPixelsPerUnit != null) {\n      var pixels = dy * wheelPixelsPerUnit;\n      var top = cm.doc.scrollTop, bot = top + display.wrapper.clientHeight;\n      if (pixels < 0) top = Math.max(0, top + pixels - 50);\n      else bot = Math.min(cm.doc.height, bot + pixels + 50);\n      updateDisplaySimple(cm, {top: top, bottom: bot});\n    }\n\n    if (wheelSamples < 20) {\n      if (display.wheelStartX == null) {\n        display.wheelStartX = scroll.scrollLeft; display.wheelStartY = scroll.scrollTop;\n        display.wheelDX = dx; display.wheelDY = dy;\n        setTimeout(function() {\n          if (display.wheelStartX == null) return;\n          var movedX = scroll.scrollLeft - display.wheelStartX;\n          var movedY = scroll.scrollTop - display.wheelStartY;\n          var sample = (movedY && display.wheelDY && movedY / display.wheelDY) ||\n            (movedX && display.wheelDX && movedX / display.wheelDX);\n          display.wheelStartX = display.wheelStartY = null;\n          if (!sample) return;\n          wheelPixelsPerUnit = (wheelPixelsPerUnit * wheelSamples + sample) / (wheelSamples + 1);\n          ++wheelSamples;\n        }, 200);\n      } else {\n        display.wheelDX += dx; display.wheelDY += dy;\n      }\n    }\n  }\n\n  // KEY EVENTS\n\n  // Run a handler that was bound to a key.\n  function doHandleBinding(cm, bound, dropShift) {\n    if (typeof bound == \"string\") {\n      bound = commands[bound];\n      if (!bound) return false;\n    }\n    // Ensure previous input has been read, so that the handler sees a\n    // consistent view of the document\n    cm.display.input.ensurePolled();\n    var prevShift = cm.display.shift, done = false;\n    try {\n      if (cm.isReadOnly()) cm.state.suppressEdits = true;\n      if (dropShift) cm.display.shift = false;\n      done = bound(cm) != Pass;\n    } finally {\n      cm.display.shift = prevShift;\n      cm.state.suppressEdits = false;\n    }\n    return done;\n  }\n\n  function lookupKeyForEditor(cm, name, handle) {\n    for (var i = 0; i < cm.state.keyMaps.length; i++) {\n      var result = lookupKey(name, cm.state.keyMaps[i], handle, cm);\n      if (result) return result;\n    }\n    return (cm.options.extraKeys && lookupKey(name, cm.options.extraKeys, handle, cm))\n      || lookupKey(name, cm.options.keyMap, handle, cm);\n  }\n\n  var stopSeq = new Delayed;\n  function dispatchKey(cm, name, e, handle) {\n    var seq = cm.state.keySeq;\n    if (seq) {\n      if (isModifierKey(name)) return \"handled\";\n      stopSeq.set(50, function() {\n        if (cm.state.keySeq == seq) {\n          cm.state.keySeq = null;\n          cm.display.input.reset();\n        }\n      });\n      name = seq + \" \" + name;\n    }\n    var result = lookupKeyForEditor(cm, name, handle);\n\n    if (result == \"multi\")\n      cm.state.keySeq = name;\n    if (result == \"handled\")\n      signalLater(cm, \"keyHandled\", cm, name, e);\n\n    if (result == \"handled\" || result == \"multi\") {\n      e_preventDefault(e);\n      restartBlink(cm);\n    }\n\n    if (seq && !result && /\\'$/.test(name)) {\n      e_preventDefault(e);\n      return true;\n    }\n    return !!result;\n  }\n\n  // Handle a key from the keydown event.\n  function handleKeyBinding(cm, e) {\n    var name = keyName(e, true);\n    if (!name) return false;\n\n    if (e.shiftKey && !cm.state.keySeq) {\n      // First try to resolve full name (including 'Shift-'). Failing\n      // that, see if there is a cursor-motion command (starting with\n      // 'go') bound to the keyname without 'Shift-'.\n      return dispatchKey(cm, \"Shift-\" + name, e, function(b) {return doHandleBinding(cm, b, true);})\n          || dispatchKey(cm, name, e, function(b) {\n               if (typeof b == \"string\" ? /^go[A-Z]/.test(b) : b.motion)\n                 return doHandleBinding(cm, b);\n             });\n    } else {\n      return dispatchKey(cm, name, e, function(b) { return doHandleBinding(cm, b); });\n    }\n  }\n\n  // Handle a key from the keypress event\n  function handleCharBinding(cm, e, ch) {\n    return dispatchKey(cm, \"'\" + ch + \"'\", e,\n                       function(b) { return doHandleBinding(cm, b, true); });\n  }\n\n  var lastStoppedKey = null;\n  function onKeyDown(e) {\n    var cm = this;\n    cm.curOp.focus = activeElt();\n    if (signalDOMEvent(cm, e)) return;\n    // IE does strange things with escape.\n    if (ie && ie_version < 11 && e.keyCode == 27) e.returnValue = false;\n    var code = e.keyCode;\n    cm.display.shift = code == 16 || e.shiftKey;\n    var handled = handleKeyBinding(cm, e);\n    if (presto) {\n      lastStoppedKey = handled ? code : null;\n      // Opera has no cut event... we try to at least catch the key combo\n      if (!handled && code == 88 && !hasCopyEvent && (mac ? e.metaKey : e.ctrlKey))\n        cm.replaceSelection(\"\", null, \"cut\");\n    }\n\n    // Turn mouse into crosshair when Alt is held on Mac.\n    if (code == 18 && !/\\bCodeMirror-crosshair\\b/.test(cm.display.lineDiv.className))\n      showCrossHair(cm);\n  }\n\n  function showCrossHair(cm) {\n    var lineDiv = cm.display.lineDiv;\n    addClass(lineDiv, \"CodeMirror-crosshair\");\n\n    function up(e) {\n      if (e.keyCode == 18 || !e.altKey) {\n        rmClass(lineDiv, \"CodeMirror-crosshair\");\n        off(document, \"keyup\", up);\n        off(document, \"mouseover\", up);\n      }\n    }\n    on(document, \"keyup\", up);\n    on(document, \"mouseover\", up);\n  }\n\n  function onKeyUp(e) {\n    if (e.keyCode == 16) this.doc.sel.shift = false;\n    signalDOMEvent(this, e);\n  }\n\n  function onKeyPress(e) {\n    var cm = this;\n    if (eventInWidget(cm.display, e) || signalDOMEvent(cm, e) || e.ctrlKey && !e.altKey || mac && e.metaKey) return;\n    var keyCode = e.keyCode, charCode = e.charCode;\n    if (presto && keyCode == lastStoppedKey) {lastStoppedKey = null; e_preventDefault(e); return;}\n    if ((presto && (!e.which || e.which < 10)) && handleKeyBinding(cm, e)) return;\n    var ch = String.fromCharCode(charCode == null ? keyCode : charCode);\n    if (handleCharBinding(cm, e, ch)) return;\n    cm.display.input.onKeyPress(e);\n  }\n\n  // FOCUS/BLUR EVENTS\n\n  function delayBlurEvent(cm) {\n    cm.state.delayingBlurEvent = true;\n    setTimeout(function() {\n      if (cm.state.delayingBlurEvent) {\n        cm.state.delayingBlurEvent = false;\n        onBlur(cm);\n      }\n    }, 100);\n  }\n\n  function onFocus(cm) {\n    if (cm.state.delayingBlurEvent) cm.state.delayingBlurEvent = false;\n\n    if (cm.options.readOnly == \"nocursor\") return;\n    if (!cm.state.focused) {\n      signal(cm, \"focus\", cm);\n      cm.state.focused = true;\n      addClass(cm.display.wrapper, \"CodeMirror-focused\");\n      // This test prevents this from firing when a context\n      // menu is closed (since the input reset would kill the\n      // select-all detection hack)\n      if (!cm.curOp && cm.display.selForContextMenu != cm.doc.sel) {\n        cm.display.input.reset();\n        if (webkit) setTimeout(function() { cm.display.input.reset(true); }, 20); // Issue #1730\n      }\n      cm.display.input.receivedFocus();\n    }\n    restartBlink(cm);\n  }\n  function onBlur(cm) {\n    if (cm.state.delayingBlurEvent) return;\n\n    if (cm.state.focused) {\n      signal(cm, \"blur\", cm);\n      cm.state.focused = false;\n      rmClass(cm.display.wrapper, \"CodeMirror-focused\");\n    }\n    clearInterval(cm.display.blinker);\n    setTimeout(function() {if (!cm.state.focused) cm.display.shift = false;}, 150);\n  }\n\n  // CONTEXT MENU HANDLING\n\n  // To make the context menu work, we need to briefly unhide the\n  // textarea (making it as unobtrusive as possible) to let the\n  // right-click take effect on it.\n  function onContextMenu(cm, e) {\n    if (eventInWidget(cm.display, e) || contextMenuInGutter(cm, e)) return;\n    if (signalDOMEvent(cm, e, \"contextmenu\")) return;\n    cm.display.input.onContextMenu(e);\n  }\n\n  function contextMenuInGutter(cm, e) {\n    if (!hasHandler(cm, \"gutterContextMenu\")) return false;\n    return gutterEvent(cm, e, \"gutterContextMenu\", false);\n  }\n\n  // UPDATING\n\n  // Compute the position of the end of a change (its 'to' property\n  // refers to the pre-change end).\n  var changeEnd = CodeMirror.changeEnd = function(change) {\n    if (!change.text) return change.to;\n    return Pos(change.from.line + change.text.length - 1,\n               lst(change.text).length + (change.text.length == 1 ? change.from.ch : 0));\n  };\n\n  // Adjust a position to refer to the post-change position of the\n  // same text, or the end of the change if the change covers it.\n  function adjustForChange(pos, change) {\n    if (cmp(pos, change.from) < 0) return pos;\n    if (cmp(pos, change.to) <= 0) return changeEnd(change);\n\n    var line = pos.line + change.text.length - (change.to.line - change.from.line) - 1, ch = pos.ch;\n    if (pos.line == change.to.line) ch += changeEnd(change).ch - change.to.ch;\n    return Pos(line, ch);\n  }\n\n  function computeSelAfterChange(doc, change) {\n    var out = [];\n    for (var i = 0; i < doc.sel.ranges.length; i++) {\n      var range = doc.sel.ranges[i];\n      out.push(new Range(adjustForChange(range.anchor, change),\n                         adjustForChange(range.head, change)));\n    }\n    return normalizeSelection(out, doc.sel.primIndex);\n  }\n\n  function offsetPos(pos, old, nw) {\n    if (pos.line == old.line)\n      return Pos(nw.line, pos.ch - old.ch + nw.ch);\n    else\n      return Pos(nw.line + (pos.line - old.line), pos.ch);\n  }\n\n  // Used by replaceSelections to allow moving the selection to the\n  // start or around the replaced test. Hint may be \"start\" or \"around\".\n  function computeReplacedSel(doc, changes, hint) {\n    var out = [];\n    var oldPrev = Pos(doc.first, 0), newPrev = oldPrev;\n    for (var i = 0; i < changes.length; i++) {\n      var change = changes[i];\n      var from = offsetPos(change.from, oldPrev, newPrev);\n      var to = offsetPos(changeEnd(change), oldPrev, newPrev);\n      oldPrev = change.to;\n      newPrev = to;\n      if (hint == \"around\") {\n        var range = doc.sel.ranges[i], inv = cmp(range.head, range.anchor) < 0;\n        out[i] = new Range(inv ? to : from, inv ? from : to);\n      } else {\n        out[i] = new Range(from, from);\n      }\n    }\n    return new Selection(out, doc.sel.primIndex);\n  }\n\n  // Allow \"beforeChange\" event handlers to influence a change\n  function filterChange(doc, change, update) {\n    var obj = {\n      canceled: false,\n      from: change.from,\n      to: change.to,\n      text: change.text,\n      origin: change.origin,\n      cancel: function() { this.canceled = true; }\n    };\n    if (update) obj.update = function(from, to, text, origin) {\n      if (from) this.from = clipPos(doc, from);\n      if (to) this.to = clipPos(doc, to);\n      if (text) this.text = text;\n      if (origin !== undefined) this.origin = origin;\n    };\n    signal(doc, \"beforeChange\", doc, obj);\n    if (doc.cm) signal(doc.cm, \"beforeChange\", doc.cm, obj);\n\n    if (obj.canceled) return null;\n    return {from: obj.from, to: obj.to, text: obj.text, origin: obj.origin};\n  }\n\n  // Apply a change to a document, and add it to the document's\n  // history, and propagating it to all linked documents.\n  function makeChange(doc, change, ignoreReadOnly) {\n    if (doc.cm) {\n      if (!doc.cm.curOp) return operation(doc.cm, makeChange)(doc, change, ignoreReadOnly);\n      if (doc.cm.state.suppressEdits) return;\n    }\n\n    if (hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\")) {\n      change = filterChange(doc, change, true);\n      if (!change) return;\n    }\n\n    // Possibly split or suppress the update based on the presence\n    // of read-only spans in its range.\n    var split = sawReadOnlySpans && !ignoreReadOnly && removeReadOnlyRanges(doc, change.from, change.to);\n    if (split) {\n      for (var i = split.length - 1; i >= 0; --i)\n        makeChangeInner(doc, {from: split[i].from, to: split[i].to, text: i ? [\"\"] : change.text});\n    } else {\n      makeChangeInner(doc, change);\n    }\n  }\n\n  function makeChangeInner(doc, change) {\n    if (change.text.length == 1 && change.text[0] == \"\" && cmp(change.from, change.to) == 0) return;\n    var selAfter = computeSelAfterChange(doc, change);\n    addChangeToHistory(doc, change, selAfter, doc.cm ? doc.cm.curOp.id : NaN);\n\n    makeChangeSingleDoc(doc, change, selAfter, stretchSpansOverChange(doc, change));\n    var rebased = [];\n\n    linkedDocs(doc, function(doc, sharedHist) {\n      if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n        rebaseHist(doc.history, change);\n        rebased.push(doc.history);\n      }\n      makeChangeSingleDoc(doc, change, null, stretchSpansOverChange(doc, change));\n    });\n  }\n\n  // Revert a change stored in a document's history.\n  function makeChangeFromHistory(doc, type, allowSelectionOnly) {\n    if (doc.cm && doc.cm.state.suppressEdits) return;\n\n    var hist = doc.history, event, selAfter = doc.sel;\n    var source = type == \"undo\" ? hist.done : hist.undone, dest = type == \"undo\" ? hist.undone : hist.done;\n\n    // Verify that there is a useable event (so that ctrl-z won't\n    // needlessly clear selection events)\n    for (var i = 0; i < source.length; i++) {\n      event = source[i];\n      if (allowSelectionOnly ? event.ranges && !event.equals(doc.sel) : !event.ranges)\n        break;\n    }\n    if (i == source.length) return;\n    hist.lastOrigin = hist.lastSelOrigin = null;\n\n    for (;;) {\n      event = source.pop();\n      if (event.ranges) {\n        pushSelectionToHistory(event, dest);\n        if (allowSelectionOnly && !event.equals(doc.sel)) {\n          setSelection(doc, event, {clearRedo: false});\n          return;\n        }\n        selAfter = event;\n      }\n      else break;\n    }\n\n    // Build up a reverse change object to add to the opposite history\n    // stack (redo when undoing, and vice versa).\n    var antiChanges = [];\n    pushSelectionToHistory(selAfter, dest);\n    dest.push({changes: antiChanges, generation: hist.generation});\n    hist.generation = event.generation || ++hist.maxGeneration;\n\n    var filter = hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\");\n\n    for (var i = event.changes.length - 1; i >= 0; --i) {\n      var change = event.changes[i];\n      change.origin = type;\n      if (filter && !filterChange(doc, change, false)) {\n        source.length = 0;\n        return;\n      }\n\n      antiChanges.push(historyChangeFromChange(doc, change));\n\n      var after = i ? computeSelAfterChange(doc, change) : lst(source);\n      makeChangeSingleDoc(doc, change, after, mergeOldSpans(doc, change));\n      if (!i && doc.cm) doc.cm.scrollIntoView({from: change.from, to: changeEnd(change)});\n      var rebased = [];\n\n      // Propagate to the linked documents\n      linkedDocs(doc, function(doc, sharedHist) {\n        if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n          rebaseHist(doc.history, change);\n          rebased.push(doc.history);\n        }\n        makeChangeSingleDoc(doc, change, null, mergeOldSpans(doc, change));\n      });\n    }\n  }\n\n  // Sub-views need their line numbers shifted when text is added\n  // above or below them in the parent document.\n  function shiftDoc(doc, distance) {\n    if (distance == 0) return;\n    doc.first += distance;\n    doc.sel = new Selection(map(doc.sel.ranges, function(range) {\n      return new Range(Pos(range.anchor.line + distance, range.anchor.ch),\n                       Pos(range.head.line + distance, range.head.ch));\n    }), doc.sel.primIndex);\n    if (doc.cm) {\n      regChange(doc.cm, doc.first, doc.first - distance, distance);\n      for (var d = doc.cm.display, l = d.viewFrom; l < d.viewTo; l++)\n        regLineChange(doc.cm, l, \"gutter\");\n    }\n  }\n\n  // More lower-level change function, handling only a single document\n  // (not linked ones).\n  function makeChangeSingleDoc(doc, change, selAfter, spans) {\n    if (doc.cm && !doc.cm.curOp)\n      return operation(doc.cm, makeChangeSingleDoc)(doc, change, selAfter, spans);\n\n    if (change.to.line < doc.first) {\n      shiftDoc(doc, change.text.length - 1 - (change.to.line - change.from.line));\n      return;\n    }\n    if (change.from.line > doc.lastLine()) return;\n\n    // Clip the change to the size of this doc\n    if (change.from.line < doc.first) {\n      var shift = change.text.length - 1 - (doc.first - change.from.line);\n      shiftDoc(doc, shift);\n      change = {from: Pos(doc.first, 0), to: Pos(change.to.line + shift, change.to.ch),\n                text: [lst(change.text)], origin: change.origin};\n    }\n    var last = doc.lastLine();\n    if (change.to.line > last) {\n      change = {from: change.from, to: Pos(last, getLine(doc, last).text.length),\n                text: [change.text[0]], origin: change.origin};\n    }\n\n    change.removed = getBetween(doc, change.from, change.to);\n\n    if (!selAfter) selAfter = computeSelAfterChange(doc, change);\n    if (doc.cm) makeChangeSingleDocInEditor(doc.cm, change, spans);\n    else updateDoc(doc, change, spans);\n    setSelectionNoUndo(doc, selAfter, sel_dontScroll);\n  }\n\n  // Handle the interaction of a change to a document with the editor\n  // that this document is part of.\n  function makeChangeSingleDocInEditor(cm, change, spans) {\n    var doc = cm.doc, display = cm.display, from = change.from, to = change.to;\n\n    var recomputeMaxLength = false, checkWidthStart = from.line;\n    if (!cm.options.lineWrapping) {\n      checkWidthStart = lineNo(visualLine(getLine(doc, from.line)));\n      doc.iter(checkWidthStart, to.line + 1, function(line) {\n        if (line == display.maxLine) {\n          recomputeMaxLength = true;\n          return true;\n        }\n      });\n    }\n\n    if (doc.sel.contains(change.from, change.to) > -1)\n      signalCursorActivity(cm);\n\n    updateDoc(doc, change, spans, estimateHeight(cm));\n\n    if (!cm.options.lineWrapping) {\n      doc.iter(checkWidthStart, from.line + change.text.length, function(line) {\n        var len = lineLength(line);\n        if (len > display.maxLineLength) {\n          display.maxLine = line;\n          display.maxLineLength = len;\n          display.maxLineChanged = true;\n          recomputeMaxLength = false;\n        }\n      });\n      if (recomputeMaxLength) cm.curOp.updateMaxLine = true;\n    }\n\n    // Adjust frontier, schedule worker\n    doc.frontier = Math.min(doc.frontier, from.line);\n    startWorker(cm, 400);\n\n    var lendiff = change.text.length - (to.line - from.line) - 1;\n    // Remember that these lines changed, for updating the display\n    if (change.full)\n      regChange(cm);\n    else if (from.line == to.line && change.text.length == 1 && !isWholeLineUpdate(cm.doc, change))\n      regLineChange(cm, from.line, \"text\");\n    else\n      regChange(cm, from.line, to.line + 1, lendiff);\n\n    var changesHandler = hasHandler(cm, \"changes\"), changeHandler = hasHandler(cm, \"change\");\n    if (changeHandler || changesHandler) {\n      var obj = {\n        from: from, to: to,\n        text: change.text,\n        removed: change.removed,\n        origin: change.origin\n      };\n      if (changeHandler) signalLater(cm, \"change\", cm, obj);\n      if (changesHandler) (cm.curOp.changeObjs || (cm.curOp.changeObjs = [])).push(obj);\n    }\n    cm.display.selForContextMenu = null;\n  }\n\n  function replaceRange(doc, code, from, to, origin) {\n    if (!to) to = from;\n    if (cmp(to, from) < 0) { var tmp = to; to = from; from = tmp; }\n    if (typeof code == \"string\") code = doc.splitLines(code);\n    makeChange(doc, {from: from, to: to, text: code, origin: origin});\n  }\n\n  // SCROLLING THINGS INTO VIEW\n\n  // If an editor sits on the top or bottom of the window, partially\n  // scrolled out of view, this ensures that the cursor is visible.\n  function maybeScrollWindow(cm, coords) {\n    if (signalDOMEvent(cm, \"scrollCursorIntoView\")) return;\n\n    var display = cm.display, box = display.sizer.getBoundingClientRect(), doScroll = null;\n    if (coords.top + box.top < 0) doScroll = true;\n    else if (coords.bottom + box.top > (window.innerHeight || document.documentElement.clientHeight)) doScroll = false;\n    if (doScroll != null && !phantom) {\n      var scrollNode = elt(\"div\", \"\\u200b\", null, \"position: absolute; top: \" +\n                           (coords.top - display.viewOffset - paddingTop(cm.display)) + \"px; height: \" +\n                           (coords.bottom - coords.top + scrollGap(cm) + display.barHeight) + \"px; left: \" +\n                           coords.left + \"px; width: 2px;\");\n      cm.display.lineSpace.appendChild(scrollNode);\n      scrollNode.scrollIntoView(doScroll);\n      cm.display.lineSpace.removeChild(scrollNode);\n    }\n  }\n\n  // Scroll a given position into view (immediately), verifying that\n  // it actually became visible (as line heights are accurately\n  // measured, the position of something may 'drift' during drawing).\n  function scrollPosIntoView(cm, pos, end, margin) {\n    if (margin == null) margin = 0;\n    for (var limit = 0; limit < 5; limit++) {\n      var changed = false, coords = cursorCoords(cm, pos);\n      var endCoords = !end || end == pos ? coords : cursorCoords(cm, end);\n      var scrollPos = calculateScrollPos(cm, Math.min(coords.left, endCoords.left),\n                                         Math.min(coords.top, endCoords.top) - margin,\n                                         Math.max(coords.left, endCoords.left),\n                                         Math.max(coords.bottom, endCoords.bottom) + margin);\n      var startTop = cm.doc.scrollTop, startLeft = cm.doc.scrollLeft;\n      if (scrollPos.scrollTop != null) {\n        setScrollTop(cm, scrollPos.scrollTop);\n        if (Math.abs(cm.doc.scrollTop - startTop) > 1) changed = true;\n      }\n      if (scrollPos.scrollLeft != null) {\n        setScrollLeft(cm, scrollPos.scrollLeft);\n        if (Math.abs(cm.doc.scrollLeft - startLeft) > 1) changed = true;\n      }\n      if (!changed) break;\n    }\n    return coords;\n  }\n\n  // Scroll a given set of coordinates into view (immediately).\n  function scrollIntoView(cm, x1, y1, x2, y2) {\n    var scrollPos = calculateScrollPos(cm, x1, y1, x2, y2);\n    if (scrollPos.scrollTop != null) setScrollTop(cm, scrollPos.scrollTop);\n    if (scrollPos.scrollLeft != null) setScrollLeft(cm, scrollPos.scrollLeft);\n  }\n\n  // Calculate a new scroll position needed to scroll the given\n  // rectangle into view. Returns an object with scrollTop and\n  // scrollLeft properties. When these are undefined, the\n  // vertical/horizontal position does not need to be adjusted.\n  function calculateScrollPos(cm, x1, y1, x2, y2) {\n    var display = cm.display, snapMargin = textHeight(cm.display);\n    if (y1 < 0) y1 = 0;\n    var screentop = cm.curOp && cm.curOp.scrollTop != null ? cm.curOp.scrollTop : display.scroller.scrollTop;\n    var screen = displayHeight(cm), result = {};\n    if (y2 - y1 > screen) y2 = y1 + screen;\n    var docBottom = cm.doc.height + paddingVert(display);\n    var atTop = y1 < snapMargin, atBottom = y2 > docBottom - snapMargin;\n    if (y1 < screentop) {\n      result.scrollTop = atTop ? 0 : y1;\n    } else if (y2 > screentop + screen) {\n      var newTop = Math.min(y1, (atBottom ? docBottom : y2) - screen);\n      if (newTop != screentop) result.scrollTop = newTop;\n    }\n\n    var screenleft = cm.curOp && cm.curOp.scrollLeft != null ? cm.curOp.scrollLeft : display.scroller.scrollLeft;\n    var screenw = displayWidth(cm) - (cm.options.fixedGutter ? display.gutters.offsetWidth : 0);\n    var tooWide = x2 - x1 > screenw;\n    if (tooWide) x2 = x1 + screenw;\n    if (x1 < 10)\n      result.scrollLeft = 0;\n    else if (x1 < screenleft)\n      result.scrollLeft = Math.max(0, x1 - (tooWide ? 0 : 10));\n    else if (x2 > screenw + screenleft - 3)\n      result.scrollLeft = x2 + (tooWide ? 0 : 10) - screenw;\n    return result;\n  }\n\n  // Store a relative adjustment to the scroll position in the current\n  // operation (to be applied when the operation finishes).\n  function addToScrollPos(cm, left, top) {\n    if (left != null || top != null) resolveScrollToPos(cm);\n    if (left != null)\n      cm.curOp.scrollLeft = (cm.curOp.scrollLeft == null ? cm.doc.scrollLeft : cm.curOp.scrollLeft) + left;\n    if (top != null)\n      cm.curOp.scrollTop = (cm.curOp.scrollTop == null ? cm.doc.scrollTop : cm.curOp.scrollTop) + top;\n  }\n\n  // Make sure that at the end of the operation the current cursor is\n  // shown.\n  function ensureCursorVisible(cm) {\n    resolveScrollToPos(cm);\n    var cur = cm.getCursor(), from = cur, to = cur;\n    if (!cm.options.lineWrapping) {\n      from = cur.ch ? Pos(cur.line, cur.ch - 1) : cur;\n      to = Pos(cur.line, cur.ch + 1);\n    }\n    cm.curOp.scrollToPos = {from: from, to: to, margin: cm.options.cursorScrollMargin, isCursor: true};\n  }\n\n  // When an operation has its scrollToPos property set, and another\n  // scroll action is applied before the end of the operation, this\n  // 'simulates' scrolling that position into view in a cheap way, so\n  // that the effect of intermediate scroll commands is not ignored.\n  function resolveScrollToPos(cm) {\n    var range = cm.curOp.scrollToPos;\n    if (range) {\n      cm.curOp.scrollToPos = null;\n      var from = estimateCoords(cm, range.from), to = estimateCoords(cm, range.to);\n      var sPos = calculateScrollPos(cm, Math.min(from.left, to.left),\n                                    Math.min(from.top, to.top) - range.margin,\n                                    Math.max(from.right, to.right),\n                                    Math.max(from.bottom, to.bottom) + range.margin);\n      cm.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n    }\n  }\n\n  // API UTILITIES\n\n  // Indent the given line. The how parameter can be \"smart\",\n  // \"add\"/null, \"subtract\", or \"prev\". When aggressive is false\n  // (typically set to true for forced single-line indents), empty\n  // lines are not indented, and places where the mode returns Pass\n  // are left alone.\n  function indentLine(cm, n, how, aggressive) {\n    var doc = cm.doc, state;\n    if (how == null) how = \"add\";\n    if (how == \"smart\") {\n      // Fall back to \"prev\" when the mode doesn't have an indentation\n      // method.\n      if (!doc.mode.indent) how = \"prev\";\n      else state = getStateBefore(cm, n);\n    }\n\n    var tabSize = cm.options.tabSize;\n    var line = getLine(doc, n), curSpace = countColumn(line.text, null, tabSize);\n    if (line.stateAfter) line.stateAfter = null;\n    var curSpaceString = line.text.match(/^\\s*/)[0], indentation;\n    if (!aggressive && !/\\S/.test(line.text)) {\n      indentation = 0;\n      how = \"not\";\n    } else if (how == \"smart\") {\n      indentation = doc.mode.indent(state, line.text.slice(curSpaceString.length), line.text);\n      if (indentation == Pass || indentation > 150) {\n        if (!aggressive) return;\n        how = \"prev\";\n      }\n    }\n    if (how == \"prev\") {\n      if (n > doc.first) indentation = countColumn(getLine(doc, n-1).text, null, tabSize);\n      else indentation = 0;\n    } else if (how == \"add\") {\n      indentation = curSpace + cm.options.indentUnit;\n    } else if (how == \"subtract\") {\n      indentation = curSpace - cm.options.indentUnit;\n    } else if (typeof how == \"number\") {\n      indentation = curSpace + how;\n    }\n    indentation = Math.max(0, indentation);\n\n    var indentString = \"\", pos = 0;\n    if (cm.options.indentWithTabs)\n      for (var i = Math.floor(indentation / tabSize); i; --i) {pos += tabSize; indentString += \"\\t\";}\n    if (pos < indentation) indentString += spaceStr(indentation - pos);\n\n    if (indentString != curSpaceString) {\n      replaceRange(doc, indentString, Pos(n, 0), Pos(n, curSpaceString.length), \"+input\");\n      line.stateAfter = null;\n      return true;\n    } else {\n      // Ensure that, if the cursor was in the whitespace at the start\n      // of the line, it is moved to the end of that space.\n      for (var i = 0; i < doc.sel.ranges.length; i++) {\n        var range = doc.sel.ranges[i];\n        if (range.head.line == n && range.head.ch < curSpaceString.length) {\n          var pos = Pos(n, curSpaceString.length);\n          replaceOneSelection(doc, i, new Range(pos, pos));\n          break;\n        }\n      }\n    }\n  }\n\n  // Utility for applying a change to a line by handle or number,\n  // returning the number and optionally registering the line as\n  // changed.\n  function changeLine(doc, handle, changeType, op) {\n    var no = handle, line = handle;\n    if (typeof handle == \"number\") line = getLine(doc, clipLine(doc, handle));\n    else no = lineNo(handle);\n    if (no == null) return null;\n    if (op(line, no) && doc.cm) regLineChange(doc.cm, no, changeType);\n    return line;\n  }\n\n  // Helper for deleting text near the selection(s), used to implement\n  // backspace, delete, and similar functionality.\n  function deleteNearSelection(cm, compute) {\n    var ranges = cm.doc.sel.ranges, kill = [];\n    // Build up a set of ranges to kill first, merging overlapping\n    // ranges.\n    for (var i = 0; i < ranges.length; i++) {\n      var toKill = compute(ranges[i]);\n      while (kill.length && cmp(toKill.from, lst(kill).to) <= 0) {\n        var replaced = kill.pop();\n        if (cmp(replaced.from, toKill.from) < 0) {\n          toKill.from = replaced.from;\n          break;\n        }\n      }\n      kill.push(toKill);\n    }\n    // Next, remove those actual ranges.\n    runInOp(cm, function() {\n      for (var i = kill.length - 1; i >= 0; i--)\n        replaceRange(cm.doc, \"\", kill[i].from, kill[i].to, \"+delete\");\n      ensureCursorVisible(cm);\n    });\n  }\n\n  // Used for horizontal relative motion. Dir is -1 or 1 (left or\n  // right), unit can be \"char\", \"column\" (like char, but doesn't\n  // cross line boundaries), \"word\" (across next word), or \"group\" (to\n  // the start of next group of word or non-word-non-whitespace\n  // chars). The visually param controls whether, in right-to-left\n  // text, direction 1 means to move towards the next index in the\n  // string, or towards the character to the right of the current\n  // position. The resulting position will have a hitSide=true\n  // property if it reached the end of the document.\n  function findPosH(doc, pos, dir, unit, visually) {\n    var line = pos.line, ch = pos.ch, origDir = dir;\n    var lineObj = getLine(doc, line);\n    function findNextLine() {\n      var l = line + dir;\n      if (l < doc.first || l >= doc.first + doc.size) return false\n      line = l;\n      return lineObj = getLine(doc, l);\n    }\n    function moveOnce(boundToLine) {\n      var next = (visually ? moveVisually : moveLogically)(lineObj, ch, dir, true);\n      if (next == null) {\n        if (!boundToLine && findNextLine()) {\n          if (visually) ch = (dir < 0 ? lineRight : lineLeft)(lineObj);\n          else ch = dir < 0 ? lineObj.text.length : 0;\n        } else return false\n      } else ch = next;\n      return true;\n    }\n\n    if (unit == \"char\") {\n      moveOnce()\n    } else if (unit == \"column\") {\n      moveOnce(true)\n    } else if (unit == \"word\" || unit == \"group\") {\n      var sawType = null, group = unit == \"group\";\n      var helper = doc.cm && doc.cm.getHelper(pos, \"wordChars\");\n      for (var first = true;; first = false) {\n        if (dir < 0 && !moveOnce(!first)) break;\n        var cur = lineObj.text.charAt(ch) || \"\\n\";\n        var type = isWordChar(cur, helper) ? \"w\"\n          : group && cur == \"\\n\" ? \"n\"\n          : !group || /\\s/.test(cur) ? null\n          : \"p\";\n        if (group && !first && !type) type = \"s\";\n        if (sawType && sawType != type) {\n          if (dir < 0) {dir = 1; moveOnce();}\n          break;\n        }\n\n        if (type) sawType = type;\n        if (dir > 0 && !moveOnce(!first)) break;\n      }\n    }\n    var result = skipAtomic(doc, Pos(line, ch), pos, origDir, true);\n    if (!cmp(pos, result)) result.hitSide = true;\n    return result;\n  }\n\n  // For relative vertical movement. Dir may be -1 or 1. Unit can be\n  // \"page\" or \"line\". The resulting position will have a hitSide=true\n  // property if it reached the end of the document.\n  function findPosV(cm, pos, dir, unit) {\n    var doc = cm.doc, x = pos.left, y;\n    if (unit == \"page\") {\n      var pageSize = Math.min(cm.display.wrapper.clientHeight, window.innerHeight || document.documentElement.clientHeight);\n      y = pos.top + dir * (pageSize - (dir < 0 ? 1.5 : .5) * textHeight(cm.display));\n    } else if (unit == \"line\") {\n      y = dir > 0 ? pos.bottom + 3 : pos.top - 3;\n    }\n    for (;;) {\n      var target = coordsChar(cm, x, y);\n      if (!target.outside) break;\n      if (dir < 0 ? y <= 0 : y >= doc.height) { target.hitSide = true; break; }\n      y += dir * 5;\n    }\n    return target;\n  }\n\n  // EDITOR METHODS\n\n  // The publicly visible API. Note that methodOp(f) means\n  // 'wrap f in an operation, performed on its `this` parameter'.\n\n  // This is not the complete set of editor methods. Most of the\n  // methods defined on the Doc type are also injected into\n  // CodeMirror.prototype, for backwards compatibility and\n  // convenience.\n\n  CodeMirror.prototype = {\n    constructor: CodeMirror,\n    focus: function(){window.focus(); this.display.input.focus();},\n\n    setOption: function(option, value) {\n      var options = this.options, old = options[option];\n      if (options[option] == value && option != \"mode\") return;\n      options[option] = value;\n      if (optionHandlers.hasOwnProperty(option))\n        operation(this, optionHandlers[option])(this, value, old);\n    },\n\n    getOption: function(option) {return this.options[option];},\n    getDoc: function() {return this.doc;},\n\n    addKeyMap: function(map, bottom) {\n      this.state.keyMaps[bottom ? \"push\" : \"unshift\"](getKeyMap(map));\n    },\n    removeKeyMap: function(map) {\n      var maps = this.state.keyMaps;\n      for (var i = 0; i < maps.length; ++i)\n        if (maps[i] == map || maps[i].name == map) {\n          maps.splice(i, 1);\n          return true;\n        }\n    },\n\n    addOverlay: methodOp(function(spec, options) {\n      var mode = spec.token ? spec : CodeMirror.getMode(this.options, spec);\n      if (mode.startState) throw new Error(\"Overlays may not be stateful.\");\n      this.state.overlays.push({mode: mode, modeSpec: spec, opaque: options && options.opaque});\n      this.state.modeGen++;\n      regChange(this);\n    }),\n    removeOverlay: methodOp(function(spec) {\n      var overlays = this.state.overlays;\n      for (var i = 0; i < overlays.length; ++i) {\n        var cur = overlays[i].modeSpec;\n        if (cur == spec || typeof spec == \"string\" && cur.name == spec) {\n          overlays.splice(i, 1);\n          this.state.modeGen++;\n          regChange(this);\n          return;\n        }\n      }\n    }),\n\n    indentLine: methodOp(function(n, dir, aggressive) {\n      if (typeof dir != \"string\" && typeof dir != \"number\") {\n        if (dir == null) dir = this.options.smartIndent ? \"smart\" : \"prev\";\n        else dir = dir ? \"add\" : \"subtract\";\n      }\n      if (isLine(this.doc, n)) indentLine(this, n, dir, aggressive);\n    }),\n    indentSelection: methodOp(function(how) {\n      var ranges = this.doc.sel.ranges, end = -1;\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (!range.empty()) {\n          var from = range.from(), to = range.to();\n          var start = Math.max(end, from.line);\n          end = Math.min(this.lastLine(), to.line - (to.ch ? 0 : 1)) + 1;\n          for (var j = start; j < end; ++j)\n            indentLine(this, j, how);\n          var newRanges = this.doc.sel.ranges;\n          if (from.ch == 0 && ranges.length == newRanges.length && newRanges[i].from().ch > 0)\n            replaceOneSelection(this.doc, i, new Range(from, newRanges[i].to()), sel_dontScroll);\n        } else if (range.head.line > end) {\n          indentLine(this, range.head.line, how, true);\n          end = range.head.line;\n          if (i == this.doc.sel.primIndex) ensureCursorVisible(this);\n        }\n      }\n    }),\n\n    // Fetch the parser token for a given character. Useful for hacks\n    // that want to inspect the mode state (say, for completion).\n    getTokenAt: function(pos, precise) {\n      return takeToken(this, pos, precise);\n    },\n\n    getLineTokens: function(line, precise) {\n      return takeToken(this, Pos(line), precise, true);\n    },\n\n    getTokenTypeAt: function(pos) {\n      pos = clipPos(this.doc, pos);\n      var styles = getLineStyles(this, getLine(this.doc, pos.line));\n      var before = 0, after = (styles.length - 1) / 2, ch = pos.ch;\n      var type;\n      if (ch == 0) type = styles[2];\n      else for (;;) {\n        var mid = (before + after) >> 1;\n        if ((mid ? styles[mid * 2 - 1] : 0) >= ch) after = mid;\n        else if (styles[mid * 2 + 1] < ch) before = mid + 1;\n        else { type = styles[mid * 2 + 2]; break; }\n      }\n      var cut = type ? type.indexOf(\"cm-overlay \") : -1;\n      return cut < 0 ? type : cut == 0 ? null : type.slice(0, cut - 1);\n    },\n\n    getModeAt: function(pos) {\n      var mode = this.doc.mode;\n      if (!mode.innerMode) return mode;\n      return CodeMirror.innerMode(mode, this.getTokenAt(pos).state).mode;\n    },\n\n    getHelper: function(pos, type) {\n      return this.getHelpers(pos, type)[0];\n    },\n\n    getHelpers: function(pos, type) {\n      var found = [];\n      if (!helpers.hasOwnProperty(type)) return found;\n      var help = helpers[type], mode = this.getModeAt(pos);\n      if (typeof mode[type] == \"string\") {\n        if (help[mode[type]]) found.push(help[mode[type]]);\n      } else if (mode[type]) {\n        for (var i = 0; i < mode[type].length; i++) {\n          var val = help[mode[type][i]];\n          if (val) found.push(val);\n        }\n      } else if (mode.helperType && help[mode.helperType]) {\n        found.push(help[mode.helperType]);\n      } else if (help[mode.name]) {\n        found.push(help[mode.name]);\n      }\n      for (var i = 0; i < help._global.length; i++) {\n        var cur = help._global[i];\n        if (cur.pred(mode, this) && indexOf(found, cur.val) == -1)\n          found.push(cur.val);\n      }\n      return found;\n    },\n\n    getStateAfter: function(line, precise) {\n      var doc = this.doc;\n      line = clipLine(doc, line == null ? doc.first + doc.size - 1: line);\n      return getStateBefore(this, line + 1, precise);\n    },\n\n    cursorCoords: function(start, mode) {\n      var pos, range = this.doc.sel.primary();\n      if (start == null) pos = range.head;\n      else if (typeof start == \"object\") pos = clipPos(this.doc, start);\n      else pos = start ? range.from() : range.to();\n      return cursorCoords(this, pos, mode || \"page\");\n    },\n\n    charCoords: function(pos, mode) {\n      return charCoords(this, clipPos(this.doc, pos), mode || \"page\");\n    },\n\n    coordsChar: function(coords, mode) {\n      coords = fromCoordSystem(this, coords, mode || \"page\");\n      return coordsChar(this, coords.left, coords.top);\n    },\n\n    lineAtHeight: function(height, mode) {\n      height = fromCoordSystem(this, {top: height, left: 0}, mode || \"page\").top;\n      return lineAtHeight(this.doc, height + this.display.viewOffset);\n    },\n    heightAtLine: function(line, mode) {\n      var end = false, lineObj;\n      if (typeof line == \"number\") {\n        var last = this.doc.first + this.doc.size - 1;\n        if (line < this.doc.first) line = this.doc.first;\n        else if (line > last) { line = last; end = true; }\n        lineObj = getLine(this.doc, line);\n      } else {\n        lineObj = line;\n      }\n      return intoCoordSystem(this, lineObj, {top: 0, left: 0}, mode || \"page\").top +\n        (end ? this.doc.height - heightAtLine(lineObj) : 0);\n    },\n\n    defaultTextHeight: function() { return textHeight(this.display); },\n    defaultCharWidth: function() { return charWidth(this.display); },\n\n    setGutterMarker: methodOp(function(line, gutterID, value) {\n      return changeLine(this.doc, line, \"gutter\", function(line) {\n        var markers = line.gutterMarkers || (line.gutterMarkers = {});\n        markers[gutterID] = value;\n        if (!value && isEmpty(markers)) line.gutterMarkers = null;\n        return true;\n      });\n    }),\n\n    clearGutter: methodOp(function(gutterID) {\n      var cm = this, doc = cm.doc, i = doc.first;\n      doc.iter(function(line) {\n        if (line.gutterMarkers && line.gutterMarkers[gutterID]) {\n          line.gutterMarkers[gutterID] = null;\n          regLineChange(cm, i, \"gutter\");\n          if (isEmpty(line.gutterMarkers)) line.gutterMarkers = null;\n        }\n        ++i;\n      });\n    }),\n\n    lineInfo: function(line) {\n      if (typeof line == \"number\") {\n        if (!isLine(this.doc, line)) return null;\n        var n = line;\n        line = getLine(this.doc, line);\n        if (!line) return null;\n      } else {\n        var n = lineNo(line);\n        if (n == null) return null;\n      }\n      return {line: n, handle: line, text: line.text, gutterMarkers: line.gutterMarkers,\n              textClass: line.textClass, bgClass: line.bgClass, wrapClass: line.wrapClass,\n              widgets: line.widgets};\n    },\n\n    getViewport: function() { return {from: this.display.viewFrom, to: this.display.viewTo};},\n\n    addWidget: function(pos, node, scroll, vert, horiz) {\n      var display = this.display;\n      pos = cursorCoords(this, clipPos(this.doc, pos));\n      var top = pos.bottom, left = pos.left;\n      node.style.position = \"absolute\";\n      node.setAttribute(\"cm-ignore-events\", \"true\");\n      this.display.input.setUneditable(node);\n      display.sizer.appendChild(node);\n      if (vert == \"over\") {\n        top = pos.top;\n      } else if (vert == \"above\" || vert == \"near\") {\n        var vspace = Math.max(display.wrapper.clientHeight, this.doc.height),\n        hspace = Math.max(display.sizer.clientWidth, display.lineSpace.clientWidth);\n        // Default to positioning above (if specified and possible); otherwise default to positioning below\n        if ((vert == 'above' || pos.bottom + node.offsetHeight > vspace) && pos.top > node.offsetHeight)\n          top = pos.top - node.offsetHeight;\n        else if (pos.bottom + node.offsetHeight <= vspace)\n          top = pos.bottom;\n        if (left + node.offsetWidth > hspace)\n          left = hspace - node.offsetWidth;\n      }\n      node.style.top = top + \"px\";\n      node.style.left = node.style.right = \"\";\n      if (horiz == \"right\") {\n        left = display.sizer.clientWidth - node.offsetWidth;\n        node.style.right = \"0px\";\n      } else {\n        if (horiz == \"left\") left = 0;\n        else if (horiz == \"middle\") left = (display.sizer.clientWidth - node.offsetWidth) / 2;\n        node.style.left = left + \"px\";\n      }\n      if (scroll)\n        scrollIntoView(this, left, top, left + node.offsetWidth, top + node.offsetHeight);\n    },\n\n    triggerOnKeyDown: methodOp(onKeyDown),\n    triggerOnKeyPress: methodOp(onKeyPress),\n    triggerOnKeyUp: onKeyUp,\n\n    execCommand: function(cmd) {\n      if (commands.hasOwnProperty(cmd))\n        return commands[cmd].call(null, this);\n    },\n\n    triggerElectric: methodOp(function(text) { triggerElectric(this, text); }),\n\n    findPosH: function(from, amount, unit, visually) {\n      var dir = 1;\n      if (amount < 0) { dir = -1; amount = -amount; }\n      for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n        cur = findPosH(this.doc, cur, dir, unit, visually);\n        if (cur.hitSide) break;\n      }\n      return cur;\n    },\n\n    moveH: methodOp(function(dir, unit) {\n      var cm = this;\n      cm.extendSelectionsBy(function(range) {\n        if (cm.display.shift || cm.doc.extend || range.empty())\n          return findPosH(cm.doc, range.head, dir, unit, cm.options.rtlMoveVisually);\n        else\n          return dir < 0 ? range.from() : range.to();\n      }, sel_move);\n    }),\n\n    deleteH: methodOp(function(dir, unit) {\n      var sel = this.doc.sel, doc = this.doc;\n      if (sel.somethingSelected())\n        doc.replaceSelection(\"\", null, \"+delete\");\n      else\n        deleteNearSelection(this, function(range) {\n          var other = findPosH(doc, range.head, dir, unit, false);\n          return dir < 0 ? {from: other, to: range.head} : {from: range.head, to: other};\n        });\n    }),\n\n    findPosV: function(from, amount, unit, goalColumn) {\n      var dir = 1, x = goalColumn;\n      if (amount < 0) { dir = -1; amount = -amount; }\n      for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n        var coords = cursorCoords(this, cur, \"div\");\n        if (x == null) x = coords.left;\n        else coords.left = x;\n        cur = findPosV(this, coords, dir, unit);\n        if (cur.hitSide) break;\n      }\n      return cur;\n    },\n\n    moveV: methodOp(function(dir, unit) {\n      var cm = this, doc = this.doc, goals = [];\n      var collapse = !cm.display.shift && !doc.extend && doc.sel.somethingSelected();\n      doc.extendSelectionsBy(function(range) {\n        if (collapse)\n          return dir < 0 ? range.from() : range.to();\n        var headPos = cursorCoords(cm, range.head, \"div\");\n        if (range.goalColumn != null) headPos.left = range.goalColumn;\n        goals.push(headPos.left);\n        var pos = findPosV(cm, headPos, dir, unit);\n        if (unit == \"page\" && range == doc.sel.primary())\n          addToScrollPos(cm, null, charCoords(cm, pos, \"div\").top - headPos.top);\n        return pos;\n      }, sel_move);\n      if (goals.length) for (var i = 0; i < doc.sel.ranges.length; i++)\n        doc.sel.ranges[i].goalColumn = goals[i];\n    }),\n\n    // Find the word at the given position (as returned by coordsChar).\n    findWordAt: function(pos) {\n      var doc = this.doc, line = getLine(doc, pos.line).text;\n      var start = pos.ch, end = pos.ch;\n      if (line) {\n        var helper = this.getHelper(pos, \"wordChars\");\n        if ((pos.xRel < 0 || end == line.length) && start) --start; else ++end;\n        var startChar = line.charAt(start);\n        var check = isWordChar(startChar, helper)\n          ? function(ch) { return isWordChar(ch, helper); }\n          : /\\s/.test(startChar) ? function(ch) {return /\\s/.test(ch);}\n          : function(ch) {return !/\\s/.test(ch) && !isWordChar(ch);};\n        while (start > 0 && check(line.charAt(start - 1))) --start;\n        while (end < line.length && check(line.charAt(end))) ++end;\n      }\n      return new Range(Pos(pos.line, start), Pos(pos.line, end));\n    },\n\n    toggleOverwrite: function(value) {\n      if (value != null && value == this.state.overwrite) return;\n      if (this.state.overwrite = !this.state.overwrite)\n        addClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n      else\n        rmClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n\n      signal(this, \"overwriteToggle\", this, this.state.overwrite);\n    },\n    hasFocus: function() { return this.display.input.getField() == activeElt(); },\n    isReadOnly: function() { return !!(this.options.readOnly || this.doc.cantEdit); },\n\n    scrollTo: methodOp(function(x, y) {\n      if (x != null || y != null) resolveScrollToPos(this);\n      if (x != null) this.curOp.scrollLeft = x;\n      if (y != null) this.curOp.scrollTop = y;\n    }),\n    getScrollInfo: function() {\n      var scroller = this.display.scroller;\n      return {left: scroller.scrollLeft, top: scroller.scrollTop,\n              height: scroller.scrollHeight - scrollGap(this) - this.display.barHeight,\n              width: scroller.scrollWidth - scrollGap(this) - this.display.barWidth,\n              clientHeight: displayHeight(this), clientWidth: displayWidth(this)};\n    },\n\n    scrollIntoView: methodOp(function(range, margin) {\n      if (range == null) {\n        range = {from: this.doc.sel.primary().head, to: null};\n        if (margin == null) margin = this.options.cursorScrollMargin;\n      } else if (typeof range == \"number\") {\n        range = {from: Pos(range, 0), to: null};\n      } else if (range.from == null) {\n        range = {from: range, to: null};\n      }\n      if (!range.to) range.to = range.from;\n      range.margin = margin || 0;\n\n      if (range.from.line != null) {\n        resolveScrollToPos(this);\n        this.curOp.scrollToPos = range;\n      } else {\n        var sPos = calculateScrollPos(this, Math.min(range.from.left, range.to.left),\n                                      Math.min(range.from.top, range.to.top) - range.margin,\n                                      Math.max(range.from.right, range.to.right),\n                                      Math.max(range.from.bottom, range.to.bottom) + range.margin);\n        this.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n      }\n    }),\n\n    setSize: methodOp(function(width, height) {\n      var cm = this;\n      function interpret(val) {\n        return typeof val == \"number\" || /^\\d+$/.test(String(val)) ? val + \"px\" : val;\n      }\n      if (width != null) cm.display.wrapper.style.width = interpret(width);\n      if (height != null) cm.display.wrapper.style.height = interpret(height);\n      if (cm.options.lineWrapping) clearLineMeasurementCache(this);\n      var lineNo = cm.display.viewFrom;\n      cm.doc.iter(lineNo, cm.display.viewTo, function(line) {\n        if (line.widgets) for (var i = 0; i < line.widgets.length; i++)\n          if (line.widgets[i].noHScroll) { regLineChange(cm, lineNo, \"widget\"); break; }\n        ++lineNo;\n      });\n      cm.curOp.forceUpdate = true;\n      signal(cm, \"refresh\", this);\n    }),\n\n    operation: function(f){return runInOp(this, f);},\n\n    refresh: methodOp(function() {\n      var oldHeight = this.display.cachedTextHeight;\n      regChange(this);\n      this.curOp.forceUpdate = true;\n      clearCaches(this);\n      this.scrollTo(this.doc.scrollLeft, this.doc.scrollTop);\n      updateGutterSpace(this);\n      if (oldHeight == null || Math.abs(oldHeight - textHeight(this.display)) > .5)\n        estimateLineHeights(this);\n      signal(this, \"refresh\", this);\n    }),\n\n    swapDoc: methodOp(function(doc) {\n      var old = this.doc;\n      old.cm = null;\n      attachDoc(this, doc);\n      clearCaches(this);\n      this.display.input.reset();\n      this.scrollTo(doc.scrollLeft, doc.scrollTop);\n      this.curOp.forceScroll = true;\n      signalLater(this, \"swapDoc\", this, old);\n      return old;\n    }),\n\n    getInputField: function(){return this.display.input.getField();},\n    getWrapperElement: function(){return this.display.wrapper;},\n    getScrollerElement: function(){return this.display.scroller;},\n    getGutterElement: function(){return this.display.gutters;}\n  };\n  eventMixin(CodeMirror);\n\n  // OPTION DEFAULTS\n\n  // The default configuration options.\n  var defaults = CodeMirror.defaults = {};\n  // Functions to run when options are changed.\n  var optionHandlers = CodeMirror.optionHandlers = {};\n\n  function option(name, deflt, handle, notOnInit) {\n    CodeMirror.defaults[name] = deflt;\n    if (handle) optionHandlers[name] =\n      notOnInit ? function(cm, val, old) {if (old != Init) handle(cm, val, old);} : handle;\n  }\n\n  // Passed to option handlers when there is no old value.\n  var Init = CodeMirror.Init = {toString: function(){return \"CodeMirror.Init\";}};\n\n  // These two are, on init, called from the constructor because they\n  // have to be initialized before the editor can start at all.\n  option(\"value\", \"\", function(cm, val) {\n    cm.setValue(val);\n  }, true);\n  option(\"mode\", null, function(cm, val) {\n    cm.doc.modeOption = val;\n    loadMode(cm);\n  }, true);\n\n  option(\"indentUnit\", 2, loadMode, true);\n  option(\"indentWithTabs\", false);\n  option(\"smartIndent\", true);\n  option(\"tabSize\", 4, function(cm) {\n    resetModeState(cm);\n    clearCaches(cm);\n    regChange(cm);\n  }, true);\n  option(\"lineSeparator\", null, function(cm, val) {\n    cm.doc.lineSep = val;\n    if (!val) return;\n    var newBreaks = [], lineNo = cm.doc.first;\n    cm.doc.iter(function(line) {\n      for (var pos = 0;;) {\n        var found = line.text.indexOf(val, pos);\n        if (found == -1) break;\n        pos = found + val.length;\n        newBreaks.push(Pos(lineNo, found));\n      }\n      lineNo++;\n    });\n    for (var i = newBreaks.length - 1; i >= 0; i--)\n      replaceRange(cm.doc, val, newBreaks[i], Pos(newBreaks[i].line, newBreaks[i].ch + val.length))\n  });\n  option(\"specialChars\", /[\\t\\u0000-\\u0019\\u00ad\\u200b-\\u200f\\u2028\\u2029\\ufeff]/g, function(cm, val, old) {\n    cm.state.specialChars = new RegExp(val.source + (val.test(\"\\t\") ? \"\" : \"|\\t\"), \"g\");\n    if (old != CodeMirror.Init) cm.refresh();\n  });\n  option(\"specialCharPlaceholder\", defaultSpecialCharPlaceholder, function(cm) {cm.refresh();}, true);\n  option(\"electricChars\", true);\n  option(\"inputStyle\", mobile ? \"contenteditable\" : \"textarea\", function() {\n    throw new Error(\"inputStyle can not (yet) be changed in a running editor\"); // FIXME\n  }, true);\n  option(\"rtlMoveVisually\", !windows);\n  option(\"wholeLineUpdateBefore\", true);\n\n  option(\"theme\", \"default\", function(cm) {\n    themeChanged(cm);\n    guttersChanged(cm);\n  }, true);\n  option(\"keyMap\", \"default\", function(cm, val, old) {\n    var next = getKeyMap(val);\n    var prev = old != CodeMirror.Init && getKeyMap(old);\n    if (prev && prev.detach) prev.detach(cm, next);\n    if (next.attach) next.attach(cm, prev || null);\n  });\n  option(\"extraKeys\", null);\n\n  option(\"lineWrapping\", false, wrappingChanged, true);\n  option(\"gutters\", [], function(cm) {\n    setGuttersForLineNumbers(cm.options);\n    guttersChanged(cm);\n  }, true);\n  option(\"fixedGutter\", true, function(cm, val) {\n    cm.display.gutters.style.left = val ? compensateForHScroll(cm.display) + \"px\" : \"0\";\n    cm.refresh();\n  }, true);\n  option(\"coverGutterNextToScrollbar\", false, function(cm) {updateScrollbars(cm);}, true);\n  option(\"scrollbarStyle\", \"native\", function(cm) {\n    initScrollbars(cm);\n    updateScrollbars(cm);\n    cm.display.scrollbars.setScrollTop(cm.doc.scrollTop);\n    cm.display.scrollbars.setScrollLeft(cm.doc.scrollLeft);\n  }, true);\n  option(\"lineNumbers\", false, function(cm) {\n    setGuttersForLineNumbers(cm.options);\n    guttersChanged(cm);\n  }, true);\n  option(\"firstLineNumber\", 1, guttersChanged, true);\n  option(\"lineNumberFormatter\", function(integer) {return integer;}, guttersChanged, true);\n  option(\"showCursorWhenSelecting\", false, updateSelection, true);\n\n  option(\"resetSelectionOnContextMenu\", true);\n  option(\"lineWiseCopyCut\", true);\n\n  option(\"readOnly\", false, function(cm, val) {\n    if (val == \"nocursor\") {\n      onBlur(cm);\n      cm.display.input.blur();\n      cm.display.disabled = true;\n    } else {\n      cm.display.disabled = false;\n    }\n    cm.display.input.readOnlyChanged(val)\n  });\n  option(\"disableInput\", false, function(cm, val) {if (!val) cm.display.input.reset();}, true);\n  option(\"dragDrop\", true, dragDropChanged);\n  option(\"allowDropFileTypes\", null);\n\n  option(\"cursorBlinkRate\", 530);\n  option(\"cursorScrollMargin\", 0);\n  option(\"cursorHeight\", 1, updateSelection, true);\n  option(\"singleCursorHeightPerLine\", true, updateSelection, true);\n  option(\"workTime\", 100);\n  option(\"workDelay\", 100);\n  option(\"flattenSpans\", true, resetModeState, true);\n  option(\"addModeClass\", false, resetModeState, true);\n  option(\"pollInterval\", 100);\n  option(\"undoDepth\", 200, function(cm, val){cm.doc.history.undoDepth = val;});\n  option(\"historyEventDelay\", 1250);\n  option(\"viewportMargin\", 10, function(cm){cm.refresh();}, true);\n  option(\"maxHighlightLength\", 10000, resetModeState, true);\n  option(\"moveInputWithCursor\", true, function(cm, val) {\n    if (!val) cm.display.input.resetPosition();\n  });\n\n  option(\"tabindex\", null, function(cm, val) {\n    cm.display.input.getField().tabIndex = val || \"\";\n  });\n  option(\"autofocus\", null);\n\n  // MODE DEFINITION AND QUERYING\n\n  // Known modes, by name and by MIME\n  var modes = CodeMirror.modes = {}, mimeModes = CodeMirror.mimeModes = {};\n\n  // Extra arguments are stored as the mode's dependencies, which is\n  // used by (legacy) mechanisms like loadmode.js to automatically\n  // load a mode. (Preferred mechanism is the require/define calls.)\n  CodeMirror.defineMode = function(name, mode) {\n    if (!CodeMirror.defaults.mode && name != \"null\") CodeMirror.defaults.mode = name;\n    if (arguments.length > 2)\n      mode.dependencies = Array.prototype.slice.call(arguments, 2);\n    modes[name] = mode;\n  };\n\n  CodeMirror.defineMIME = function(mime, spec) {\n    mimeModes[mime] = spec;\n  };\n\n  // Given a MIME type, a {name, ...options} config object, or a name\n  // string, return a mode config object.\n  CodeMirror.resolveMode = function(spec) {\n    if (typeof spec == \"string\" && mimeModes.hasOwnProperty(spec)) {\n      spec = mimeModes[spec];\n    } else if (spec && typeof spec.name == \"string\" && mimeModes.hasOwnProperty(spec.name)) {\n      var found = mimeModes[spec.name];\n      if (typeof found == \"string\") found = {name: found};\n      spec = createObj(found, spec);\n      spec.name = found.name;\n    } else if (typeof spec == \"string\" && /^[\\w\\-]+\\/[\\w\\-]+\\+xml$/.test(spec)) {\n      return CodeMirror.resolveMode(\"application/xml\");\n    }\n    if (typeof spec == \"string\") return {name: spec};\n    else return spec || {name: \"null\"};\n  };\n\n  // Given a mode spec (anything that resolveMode accepts), find and\n  // initialize an actual mode object.\n  CodeMirror.getMode = function(options, spec) {\n    var spec = CodeMirror.resolveMode(spec);\n    var mfactory = modes[spec.name];\n    if (!mfactory) return CodeMirror.getMode(options, \"text/plain\");\n    var modeObj = mfactory(options, spec);\n    if (modeExtensions.hasOwnProperty(spec.name)) {\n      var exts = modeExtensions[spec.name];\n      for (var prop in exts) {\n        if (!exts.hasOwnProperty(prop)) continue;\n        if (modeObj.hasOwnProperty(prop)) modeObj[\"_\" + prop] = modeObj[prop];\n        modeObj[prop] = exts[prop];\n      }\n    }\n    modeObj.name = spec.name;\n    if (spec.helperType) modeObj.helperType = spec.helperType;\n    if (spec.modeProps) for (var prop in spec.modeProps)\n      modeObj[prop] = spec.modeProps[prop];\n\n    return modeObj;\n  };\n\n  // Minimal default mode.\n  CodeMirror.defineMode(\"null\", function() {\n    return {token: function(stream) {stream.skipToEnd();}};\n  });\n  CodeMirror.defineMIME(\"text/plain\", \"null\");\n\n  // This can be used to attach properties to mode objects from\n  // outside the actual mode definition.\n  var modeExtensions = CodeMirror.modeExtensions = {};\n  CodeMirror.extendMode = function(mode, properties) {\n    var exts = modeExtensions.hasOwnProperty(mode) ? modeExtensions[mode] : (modeExtensions[mode] = {});\n    copyObj(properties, exts);\n  };\n\n  // EXTENSIONS\n\n  CodeMirror.defineExtension = function(name, func) {\n    CodeMirror.prototype[name] = func;\n  };\n  CodeMirror.defineDocExtension = function(name, func) {\n    Doc.prototype[name] = func;\n  };\n  CodeMirror.defineOption = option;\n\n  var initHooks = [];\n  CodeMirror.defineInitHook = function(f) {initHooks.push(f);};\n\n  var helpers = CodeMirror.helpers = {};\n  CodeMirror.registerHelper = function(type, name, value) {\n    if (!helpers.hasOwnProperty(type)) helpers[type] = CodeMirror[type] = {_global: []};\n    helpers[type][name] = value;\n  };\n  CodeMirror.registerGlobalHelper = function(type, name, predicate, value) {\n    CodeMirror.registerHelper(type, name, value);\n    helpers[type]._global.push({pred: predicate, val: value});\n  };\n\n  // MODE STATE HANDLING\n\n  // Utility functions for working with state. Exported because nested\n  // modes need to do this for their inner modes.\n\n  var copyState = CodeMirror.copyState = function(mode, state) {\n    if (state === true) return state;\n    if (mode.copyState) return mode.copyState(state);\n    var nstate = {};\n    for (var n in state) {\n      var val = state[n];\n      if (val instanceof Array) val = val.concat([]);\n      nstate[n] = val;\n    }\n    return nstate;\n  };\n\n  var startState = CodeMirror.startState = function(mode, a1, a2) {\n    return mode.startState ? mode.startState(a1, a2) : true;\n  };\n\n  // Given a mode and a state (for that mode), find the inner mode and\n  // state at the position that the state refers to.\n  CodeMirror.innerMode = function(mode, state) {\n    while (mode.innerMode) {\n      var info = mode.innerMode(state);\n      if (!info || info.mode == mode) break;\n      state = info.state;\n      mode = info.mode;\n    }\n    return info || {mode: mode, state: state};\n  };\n\n  // STANDARD COMMANDS\n\n  // Commands are parameter-less actions that can be performed on an\n  // editor, mostly used for keybindings.\n  var commands = CodeMirror.commands = {\n    selectAll: function(cm) {cm.setSelection(Pos(cm.firstLine(), 0), Pos(cm.lastLine()), sel_dontScroll);},\n    singleSelection: function(cm) {\n      cm.setSelection(cm.getCursor(\"anchor\"), cm.getCursor(\"head\"), sel_dontScroll);\n    },\n    killLine: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        if (range.empty()) {\n          var len = getLine(cm.doc, range.head.line).text.length;\n          if (range.head.ch == len && range.head.line < cm.lastLine())\n            return {from: range.head, to: Pos(range.head.line + 1, 0)};\n          else\n            return {from: range.head, to: Pos(range.head.line, len)};\n        } else {\n          return {from: range.from(), to: range.to()};\n        }\n      });\n    },\n    deleteLine: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        return {from: Pos(range.from().line, 0),\n                to: clipPos(cm.doc, Pos(range.to().line + 1, 0))};\n      });\n    },\n    delLineLeft: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        return {from: Pos(range.from().line, 0), to: range.from()};\n      });\n    },\n    delWrappedLineLeft: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        var top = cm.charCoords(range.head, \"div\").top + 5;\n        var leftPos = cm.coordsChar({left: 0, top: top}, \"div\");\n        return {from: leftPos, to: range.from()};\n      });\n    },\n    delWrappedLineRight: function(cm) {\n      deleteNearSelection(cm, function(range) {\n        var top = cm.charCoords(range.head, \"div\").top + 5;\n        var rightPos = cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n        return {from: range.from(), to: rightPos };\n      });\n    },\n    undo: function(cm) {cm.undo();},\n    redo: function(cm) {cm.redo();},\n    undoSelection: function(cm) {cm.undoSelection();},\n    redoSelection: function(cm) {cm.redoSelection();},\n    goDocStart: function(cm) {cm.extendSelection(Pos(cm.firstLine(), 0));},\n    goDocEnd: function(cm) {cm.extendSelection(Pos(cm.lastLine()));},\n    goLineStart: function(cm) {\n      cm.extendSelectionsBy(function(range) { return lineStart(cm, range.head.line); },\n                            {origin: \"+move\", bias: 1});\n    },\n    goLineStartSmart: function(cm) {\n      cm.extendSelectionsBy(function(range) {\n        return lineStartSmart(cm, range.head);\n      }, {origin: \"+move\", bias: 1});\n    },\n    goLineEnd: function(cm) {\n      cm.extendSelectionsBy(function(range) { return lineEnd(cm, range.head.line); },\n                            {origin: \"+move\", bias: -1});\n    },\n    goLineRight: function(cm) {\n      cm.extendSelectionsBy(function(range) {\n        var top = cm.charCoords(range.head, \"div\").top + 5;\n        return cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n      }, sel_move);\n    },\n    goLineLeft: function(cm) {\n      cm.extendSelectionsBy(function(range) {\n        var top = cm.charCoords(range.head, \"div\").top + 5;\n        return cm.coordsChar({left: 0, top: top}, \"div\");\n      }, sel_move);\n    },\n    goLineLeftSmart: function(cm) {\n      cm.extendSelectionsBy(function(range) {\n        var top = cm.charCoords(range.head, \"div\").top + 5;\n        var pos = cm.coordsChar({left: 0, top: top}, \"div\");\n        if (pos.ch < cm.getLine(pos.line).search(/\\S/)) return lineStartSmart(cm, range.head);\n        return pos;\n      }, sel_move);\n    },\n    goLineUp: function(cm) {cm.moveV(-1, \"line\");},\n    goLineDown: function(cm) {cm.moveV(1, \"line\");},\n    goPageUp: function(cm) {cm.moveV(-1, \"page\");},\n    goPageDown: function(cm) {cm.moveV(1, \"page\");},\n    goCharLeft: function(cm) {cm.moveH(-1, \"char\");},\n    goCharRight: function(cm) {cm.moveH(1, \"char\");},\n    goColumnLeft: function(cm) {cm.moveH(-1, \"column\");},\n    goColumnRight: function(cm) {cm.moveH(1, \"column\");},\n    goWordLeft: function(cm) {cm.moveH(-1, \"word\");},\n    goGroupRight: function(cm) {cm.moveH(1, \"group\");},\n    goGroupLeft: function(cm) {cm.moveH(-1, \"group\");},\n    goWordRight: function(cm) {cm.moveH(1, \"word\");},\n    delCharBefore: function(cm) {cm.deleteH(-1, \"char\");},\n    delCharAfter: function(cm) {cm.deleteH(1, \"char\");},\n    delWordBefore: function(cm) {cm.deleteH(-1, \"word\");},\n    delWordAfter: function(cm) {cm.deleteH(1, \"word\");},\n    delGroupBefore: function(cm) {cm.deleteH(-1, \"group\");},\n    delGroupAfter: function(cm) {cm.deleteH(1, \"group\");},\n    indentAuto: function(cm) {cm.indentSelection(\"smart\");},\n    indentMore: function(cm) {cm.indentSelection(\"add\");},\n    indentLess: function(cm) {cm.indentSelection(\"subtract\");},\n    insertTab: function(cm) {cm.replaceSelection(\"\\t\");},\n    insertSoftTab: function(cm) {\n      var spaces = [], ranges = cm.listSelections(), tabSize = cm.options.tabSize;\n      for (var i = 0; i < ranges.length; i++) {\n        var pos = ranges[i].from();\n        var col = countColumn(cm.getLine(pos.line), pos.ch, tabSize);\n        spaces.push(new Array(tabSize - col % tabSize + 1).join(\" \"));\n      }\n      cm.replaceSelections(spaces);\n    },\n    defaultTab: function(cm) {\n      if (cm.somethingSelected()) cm.indentSelection(\"add\");\n      else cm.execCommand(\"insertTab\");\n    },\n    transposeChars: function(cm) {\n      runInOp(cm, function() {\n        var ranges = cm.listSelections(), newSel = [];\n        for (var i = 0; i < ranges.length; i++) {\n          var cur = ranges[i].head, line = getLine(cm.doc, cur.line).text;\n          if (line) {\n            if (cur.ch == line.length) cur = new Pos(cur.line, cur.ch - 1);\n            if (cur.ch > 0) {\n              cur = new Pos(cur.line, cur.ch + 1);\n              cm.replaceRange(line.charAt(cur.ch - 1) + line.charAt(cur.ch - 2),\n                              Pos(cur.line, cur.ch - 2), cur, \"+transpose\");\n            } else if (cur.line > cm.doc.first) {\n              var prev = getLine(cm.doc, cur.line - 1).text;\n              if (prev)\n                cm.replaceRange(line.charAt(0) + cm.doc.lineSeparator() +\n                                prev.charAt(prev.length - 1),\n                                Pos(cur.line - 1, prev.length - 1), Pos(cur.line, 1), \"+transpose\");\n            }\n          }\n          newSel.push(new Range(cur, cur));\n        }\n        cm.setSelections(newSel);\n      });\n    },\n    newlineAndIndent: function(cm) {\n      runInOp(cm, function() {\n        var len = cm.listSelections().length;\n        for (var i = 0; i < len; i++) {\n          var range = cm.listSelections()[i];\n          cm.replaceRange(cm.doc.lineSeparator(), range.anchor, range.head, \"+input\");\n          cm.indentLine(range.from().line + 1, null, true);\n        }\n        ensureCursorVisible(cm);\n      });\n    },\n    toggleOverwrite: function(cm) {cm.toggleOverwrite();}\n  };\n\n\n  // STANDARD KEYMAPS\n\n  var keyMap = CodeMirror.keyMap = {};\n\n  keyMap.basic = {\n    \"Left\": \"goCharLeft\", \"Right\": \"goCharRight\", \"Up\": \"goLineUp\", \"Down\": \"goLineDown\",\n    \"End\": \"goLineEnd\", \"Home\": \"goLineStartSmart\", \"PageUp\": \"goPageUp\", \"PageDown\": \"goPageDown\",\n    \"Delete\": \"delCharAfter\", \"Backspace\": \"delCharBefore\", \"Shift-Backspace\": \"delCharBefore\",\n    \"Tab\": \"defaultTab\", \"Shift-Tab\": \"indentAuto\",\n    \"Enter\": \"newlineAndIndent\", \"Insert\": \"toggleOverwrite\",\n    \"Esc\": \"singleSelection\"\n  };\n  // Note that the save and find-related commands aren't defined by\n  // default. User code or addons can define them. Unknown commands\n  // are simply ignored.\n  keyMap.pcDefault = {\n    \"Ctrl-A\": \"selectAll\", \"Ctrl-D\": \"deleteLine\", \"Ctrl-Z\": \"undo\", \"Shift-Ctrl-Z\": \"redo\", \"Ctrl-Y\": \"redo\",\n    \"Ctrl-Home\": \"goDocStart\", \"Ctrl-End\": \"goDocEnd\", \"Ctrl-Up\": \"goLineUp\", \"Ctrl-Down\": \"goLineDown\",\n    \"Ctrl-Left\": \"goGroupLeft\", \"Ctrl-Right\": \"goGroupRight\", \"Alt-Left\": \"goLineStart\", \"Alt-Right\": \"goLineEnd\",\n    \"Ctrl-Backspace\": \"delGroupBefore\", \"Ctrl-Delete\": \"delGroupAfter\", \"Ctrl-S\": \"save\", \"Ctrl-F\": \"find\",\n    \"Ctrl-G\": \"findNext\", \"Shift-Ctrl-G\": \"findPrev\", \"Shift-Ctrl-F\": \"replace\", \"Shift-Ctrl-R\": \"replaceAll\",\n    \"Ctrl-[\": \"indentLess\", \"Ctrl-]\": \"indentMore\",\n    \"Ctrl-U\": \"undoSelection\", \"Shift-Ctrl-U\": \"redoSelection\", \"Alt-U\": \"redoSelection\",\n    fallthrough: \"basic\"\n  };\n  // Very basic readline/emacs-style bindings, which are standard on Mac.\n  keyMap.emacsy = {\n    \"Ctrl-F\": \"goCharRight\", \"Ctrl-B\": \"goCharLeft\", \"Ctrl-P\": \"goLineUp\", \"Ctrl-N\": \"goLineDown\",\n    \"Alt-F\": \"goWordRight\", \"Alt-B\": \"goWordLeft\", \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n    \"Ctrl-V\": \"goPageDown\", \"Shift-Ctrl-V\": \"goPageUp\", \"Ctrl-D\": \"delCharAfter\", \"Ctrl-H\": \"delCharBefore\",\n    \"Alt-D\": \"delWordAfter\", \"Alt-Backspace\": \"delWordBefore\", \"Ctrl-K\": \"killLine\", \"Ctrl-T\": \"transposeChars\"\n  };\n  keyMap.macDefault = {\n    \"Cmd-A\": \"selectAll\", \"Cmd-D\": \"deleteLine\", \"Cmd-Z\": \"undo\", \"Shift-Cmd-Z\": \"redo\", \"Cmd-Y\": \"redo\",\n    \"Cmd-Home\": \"goDocStart\", \"Cmd-Up\": \"goDocStart\", \"Cmd-End\": \"goDocEnd\", \"Cmd-Down\": \"goDocEnd\", \"Alt-Left\": \"goGroupLeft\",\n    \"Alt-Right\": \"goGroupRight\", \"Cmd-Left\": \"goLineLeft\", \"Cmd-Right\": \"goLineRight\", \"Alt-Backspace\": \"delGroupBefore\",\n    \"Ctrl-Alt-Backspace\": \"delGroupAfter\", \"Alt-Delete\": \"delGroupAfter\", \"Cmd-S\": \"save\", \"Cmd-F\": \"find\",\n    \"Cmd-G\": \"findNext\", \"Shift-Cmd-G\": \"findPrev\", \"Cmd-Alt-F\": \"replace\", \"Shift-Cmd-Alt-F\": \"replaceAll\",\n    \"Cmd-[\": \"indentLess\", \"Cmd-]\": \"indentMore\", \"Cmd-Backspace\": \"delWrappedLineLeft\", \"Cmd-Delete\": \"delWrappedLineRight\",\n    \"Cmd-U\": \"undoSelection\", \"Shift-Cmd-U\": \"redoSelection\", \"Ctrl-Up\": \"goDocStart\", \"Ctrl-Down\": \"goDocEnd\",\n    fallthrough: [\"basic\", \"emacsy\"]\n  };\n  keyMap[\"default\"] = mac ? keyMap.macDefault : keyMap.pcDefault;\n\n  // KEYMAP DISPATCH\n\n  function normalizeKeyName(name) {\n    var parts = name.split(/-(?!$)/), name = parts[parts.length - 1];\n    var alt, ctrl, shift, cmd;\n    for (var i = 0; i < parts.length - 1; i++) {\n      var mod = parts[i];\n      if (/^(cmd|meta|m)$/i.test(mod)) cmd = true;\n      else if (/^a(lt)?$/i.test(mod)) alt = true;\n      else if (/^(c|ctrl|control)$/i.test(mod)) ctrl = true;\n      else if (/^s(hift)$/i.test(mod)) shift = true;\n      else throw new Error(\"Unrecognized modifier name: \" + mod);\n    }\n    if (alt) name = \"Alt-\" + name;\n    if (ctrl) name = \"Ctrl-\" + name;\n    if (cmd) name = \"Cmd-\" + name;\n    if (shift) name = \"Shift-\" + name;\n    return name;\n  }\n\n  // This is a kludge to keep keymaps mostly working as raw objects\n  // (backwards compatibility) while at the same time support features\n  // like normalization and multi-stroke key bindings. It compiles a\n  // new normalized keymap, and then updates the old object to reflect\n  // this.\n  CodeMirror.normalizeKeyMap = function(keymap) {\n    var copy = {};\n    for (var keyname in keymap) if (keymap.hasOwnProperty(keyname)) {\n      var value = keymap[keyname];\n      if (/^(name|fallthrough|(de|at)tach)$/.test(keyname)) continue;\n      if (value == \"...\") { delete keymap[keyname]; continue; }\n\n      var keys = map(keyname.split(\" \"), normalizeKeyName);\n      for (var i = 0; i < keys.length; i++) {\n        var val, name;\n        if (i == keys.length - 1) {\n          name = keys.join(\" \");\n          val = value;\n        } else {\n          name = keys.slice(0, i + 1).join(\" \");\n          val = \"...\";\n        }\n        var prev = copy[name];\n        if (!prev) copy[name] = val;\n        else if (prev != val) throw new Error(\"Inconsistent bindings for \" + name);\n      }\n      delete keymap[keyname];\n    }\n    for (var prop in copy) keymap[prop] = copy[prop];\n    return keymap;\n  };\n\n  var lookupKey = CodeMirror.lookupKey = function(key, map, handle, context) {\n    map = getKeyMap(map);\n    var found = map.call ? map.call(key, context) : map[key];\n    if (found === false) return \"nothing\";\n    if (found === \"...\") return \"multi\";\n    if (found != null && handle(found)) return \"handled\";\n\n    if (map.fallthrough) {\n      if (Object.prototype.toString.call(map.fallthrough) != \"[object Array]\")\n        return lookupKey(key, map.fallthrough, handle, context);\n      for (var i = 0; i < map.fallthrough.length; i++) {\n        var result = lookupKey(key, map.fallthrough[i], handle, context);\n        if (result) return result;\n      }\n    }\n  };\n\n  // Modifier key presses don't count as 'real' key presses for the\n  // purpose of keymap fallthrough.\n  var isModifierKey = CodeMirror.isModifierKey = function(value) {\n    var name = typeof value == \"string\" ? value : keyNames[value.keyCode];\n    return name == \"Ctrl\" || name == \"Alt\" || name == \"Shift\" || name == \"Mod\";\n  };\n\n  // Look up the name of a key as indicated by an event object.\n  var keyName = CodeMirror.keyName = function(event, noShift) {\n    if (presto && event.keyCode == 34 && event[\"char\"]) return false;\n    var base = keyNames[event.keyCode], name = base;\n    if (name == null || event.altGraphKey) return false;\n    if (event.altKey && base != \"Alt\") name = \"Alt-\" + name;\n    if ((flipCtrlCmd ? event.metaKey : event.ctrlKey) && base != \"Ctrl\") name = \"Ctrl-\" + name;\n    if ((flipCtrlCmd ? event.ctrlKey : event.metaKey) && base != \"Cmd\") name = \"Cmd-\" + name;\n    if (!noShift && event.shiftKey && base != \"Shift\") name = \"Shift-\" + name;\n    return name;\n  };\n\n  function getKeyMap(val) {\n    return typeof val == \"string\" ? keyMap[val] : val;\n  }\n\n  // FROMTEXTAREA\n\n  CodeMirror.fromTextArea = function(textarea, options) {\n    options = options ? copyObj(options) : {};\n    options.value = textarea.value;\n    if (!options.tabindex && textarea.tabIndex)\n      options.tabindex = textarea.tabIndex;\n    if (!options.placeholder && textarea.placeholder)\n      options.placeholder = textarea.placeholder;\n    // Set autofocus to true if this textarea is focused, or if it has\n    // autofocus and no other element is focused.\n    if (options.autofocus == null) {\n      var hasFocus = activeElt();\n      options.autofocus = hasFocus == textarea ||\n        textarea.getAttribute(\"autofocus\") != null && hasFocus == document.body;\n    }\n\n    function save() {textarea.value = cm.getValue();}\n    if (textarea.form) {\n      on(textarea.form, \"submit\", save);\n      // Deplorable hack to make the submit method do the right thing.\n      if (!options.leaveSubmitMethodAlone) {\n        var form = textarea.form, realSubmit = form.submit;\n        try {\n          var wrappedSubmit = form.submit = function() {\n            save();\n            form.submit = realSubmit;\n            form.submit();\n            form.submit = wrappedSubmit;\n          };\n        } catch(e) {}\n      }\n    }\n\n    options.finishInit = function(cm) {\n      cm.save = save;\n      cm.getTextArea = function() { return textarea; };\n      cm.toTextArea = function() {\n        cm.toTextArea = isNaN; // Prevent this from being ran twice\n        save();\n        textarea.parentNode.removeChild(cm.getWrapperElement());\n        textarea.style.display = \"\";\n        if (textarea.form) {\n          off(textarea.form, \"submit\", save);\n          if (typeof textarea.form.submit == \"function\")\n            textarea.form.submit = realSubmit;\n        }\n      };\n    };\n\n    textarea.style.display = \"none\";\n    var cm = CodeMirror(function(node) {\n      textarea.parentNode.insertBefore(node, textarea.nextSibling);\n    }, options);\n    return cm;\n  };\n\n  // STRING STREAM\n\n  // Fed to the mode parsers, provides helper functions to make\n  // parsers more succinct.\n\n  var StringStream = CodeMirror.StringStream = function(string, tabSize) {\n    this.pos = this.start = 0;\n    this.string = string;\n    this.tabSize = tabSize || 8;\n    this.lastColumnPos = this.lastColumnValue = 0;\n    this.lineStart = 0;\n  };\n\n  StringStream.prototype = {\n    eol: function() {return this.pos >= this.string.length;},\n    sol: function() {return this.pos == this.lineStart;},\n    peek: function() {return this.string.charAt(this.pos) || undefined;},\n    next: function() {\n      if (this.pos < this.string.length)\n        return this.string.charAt(this.pos++);\n    },\n    eat: function(match) {\n      var ch = this.string.charAt(this.pos);\n      if (typeof match == \"string\") var ok = ch == match;\n      else var ok = ch && (match.test ? match.test(ch) : match(ch));\n      if (ok) {++this.pos; return ch;}\n    },\n    eatWhile: function(match) {\n      var start = this.pos;\n      while (this.eat(match)){}\n      return this.pos > start;\n    },\n    eatSpace: function() {\n      var start = this.pos;\n      while (/[\\s\\u00a0]/.test(this.string.charAt(this.pos))) ++this.pos;\n      return this.pos > start;\n    },\n    skipToEnd: function() {this.pos = this.string.length;},\n    skipTo: function(ch) {\n      var found = this.string.indexOf(ch, this.pos);\n      if (found > -1) {this.pos = found; return true;}\n    },\n    backUp: function(n) {this.pos -= n;},\n    column: function() {\n      if (this.lastColumnPos < this.start) {\n        this.lastColumnValue = countColumn(this.string, this.start, this.tabSize, this.lastColumnPos, this.lastColumnValue);\n        this.lastColumnPos = this.start;\n      }\n      return this.lastColumnValue - (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n    },\n    indentation: function() {\n      return countColumn(this.string, null, this.tabSize) -\n        (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n    },\n    match: function(pattern, consume, caseInsensitive) {\n      if (typeof pattern == \"string\") {\n        var cased = function(str) {return caseInsensitive ? str.toLowerCase() : str;};\n        var substr = this.string.substr(this.pos, pattern.length);\n        if (cased(substr) == cased(pattern)) {\n          if (consume !== false) this.pos += pattern.length;\n          return true;\n        }\n      } else {\n        var match = this.string.slice(this.pos).match(pattern);\n        if (match && match.index > 0) return null;\n        if (match && consume !== false) this.pos += match[0].length;\n        return match;\n      }\n    },\n    current: function(){return this.string.slice(this.start, this.pos);},\n    hideFirstChars: function(n, inner) {\n      this.lineStart += n;\n      try { return inner(); }\n      finally { this.lineStart -= n; }\n    }\n  };\n\n  // TEXTMARKERS\n\n  // Created with markText and setBookmark methods. A TextMarker is a\n  // handle that can be used to clear or find a marked position in the\n  // document. Line objects hold arrays (markedSpans) containing\n  // {from, to, marker} object pointing to such marker objects, and\n  // indicating that such a marker is present on that line. Multiple\n  // lines may point to the same marker when it spans across lines.\n  // The spans will have null for their from/to properties when the\n  // marker continues beyond the start/end of the line. Markers have\n  // links back to the lines they currently touch.\n\n  var nextMarkerId = 0;\n\n  var TextMarker = CodeMirror.TextMarker = function(doc, type) {\n    this.lines = [];\n    this.type = type;\n    this.doc = doc;\n    this.id = ++nextMarkerId;\n  };\n  eventMixin(TextMarker);\n\n  // Clear the marker.\n  TextMarker.prototype.clear = function() {\n    if (this.explicitlyCleared) return;\n    var cm = this.doc.cm, withOp = cm && !cm.curOp;\n    if (withOp) startOperation(cm);\n    if (hasHandler(this, \"clear\")) {\n      var found = this.find();\n      if (found) signalLater(this, \"clear\", found.from, found.to);\n    }\n    var min = null, max = null;\n    for (var i = 0; i < this.lines.length; ++i) {\n      var line = this.lines[i];\n      var span = getMarkedSpanFor(line.markedSpans, this);\n      if (cm && !this.collapsed) regLineChange(cm, lineNo(line), \"text\");\n      else if (cm) {\n        if (span.to != null) max = lineNo(line);\n        if (span.from != null) min = lineNo(line);\n      }\n      line.markedSpans = removeMarkedSpan(line.markedSpans, span);\n      if (span.from == null && this.collapsed && !lineIsHidden(this.doc, line) && cm)\n        updateLineHeight(line, textHeight(cm.display));\n    }\n    if (cm && this.collapsed && !cm.options.lineWrapping) for (var i = 0; i < this.lines.length; ++i) {\n      var visual = visualLine(this.lines[i]), len = lineLength(visual);\n      if (len > cm.display.maxLineLength) {\n        cm.display.maxLine = visual;\n        cm.display.maxLineLength = len;\n        cm.display.maxLineChanged = true;\n      }\n    }\n\n    if (min != null && cm && this.collapsed) regChange(cm, min, max + 1);\n    this.lines.length = 0;\n    this.explicitlyCleared = true;\n    if (this.atomic && this.doc.cantEdit) {\n      this.doc.cantEdit = false;\n      if (cm) reCheckSelection(cm.doc);\n    }\n    if (cm) signalLater(cm, \"markerCleared\", cm, this);\n    if (withOp) endOperation(cm);\n    if (this.parent) this.parent.clear();\n  };\n\n  // Find the position of the marker in the document. Returns a {from,\n  // to} object by default. Side can be passed to get a specific side\n  // -- 0 (both), -1 (left), or 1 (right). When lineObj is true, the\n  // Pos objects returned contain a line object, rather than a line\n  // number (used to prevent looking up the same line twice).\n  TextMarker.prototype.find = function(side, lineObj) {\n    if (side == null && this.type == \"bookmark\") side = 1;\n    var from, to;\n    for (var i = 0; i < this.lines.length; ++i) {\n      var line = this.lines[i];\n      var span = getMarkedSpanFor(line.markedSpans, this);\n      if (span.from != null) {\n        from = Pos(lineObj ? line : lineNo(line), span.from);\n        if (side == -1) return from;\n      }\n      if (span.to != null) {\n        to = Pos(lineObj ? line : lineNo(line), span.to);\n        if (side == 1) return to;\n      }\n    }\n    return from && {from: from, to: to};\n  };\n\n  // Signals that the marker's widget changed, and surrounding layout\n  // should be recomputed.\n  TextMarker.prototype.changed = function() {\n    var pos = this.find(-1, true), widget = this, cm = this.doc.cm;\n    if (!pos || !cm) return;\n    runInOp(cm, function() {\n      var line = pos.line, lineN = lineNo(pos.line);\n      var view = findViewForLine(cm, lineN);\n      if (view) {\n        clearLineMeasurementCacheFor(view);\n        cm.curOp.selectionChanged = cm.curOp.forceUpdate = true;\n      }\n      cm.curOp.updateMaxLine = true;\n      if (!lineIsHidden(widget.doc, line) && widget.height != null) {\n        var oldHeight = widget.height;\n        widget.height = null;\n        var dHeight = widgetHeight(widget) - oldHeight;\n        if (dHeight)\n          updateLineHeight(line, line.height + dHeight);\n      }\n    });\n  };\n\n  TextMarker.prototype.attachLine = function(line) {\n    if (!this.lines.length && this.doc.cm) {\n      var op = this.doc.cm.curOp;\n      if (!op.maybeHiddenMarkers || indexOf(op.maybeHiddenMarkers, this) == -1)\n        (op.maybeUnhiddenMarkers || (op.maybeUnhiddenMarkers = [])).push(this);\n    }\n    this.lines.push(line);\n  };\n  TextMarker.prototype.detachLine = function(line) {\n    this.lines.splice(indexOf(this.lines, line), 1);\n    if (!this.lines.length && this.doc.cm) {\n      var op = this.doc.cm.curOp;\n      (op.maybeHiddenMarkers || (op.maybeHiddenMarkers = [])).push(this);\n    }\n  };\n\n  // Collapsed markers have unique ids, in order to be able to order\n  // them, which is needed for uniquely determining an outer marker\n  // when they overlap (they may nest, but not partially overlap).\n  var nextMarkerId = 0;\n\n  // Create a marker, wire it up to the right lines, and\n  function markText(doc, from, to, options, type) {\n    // Shared markers (across linked documents) are handled separately\n    // (markTextShared will call out to this again, once per\n    // document).\n    if (options && options.shared) return markTextShared(doc, from, to, options, type);\n    // Ensure we are in an operation.\n    if (doc.cm && !doc.cm.curOp) return operation(doc.cm, markText)(doc, from, to, options, type);\n\n    var marker = new TextMarker(doc, type), diff = cmp(from, to);\n    if (options) copyObj(options, marker, false);\n    // Don't connect empty markers unless clearWhenEmpty is false\n    if (diff > 0 || diff == 0 && marker.clearWhenEmpty !== false)\n      return marker;\n    if (marker.replacedWith) {\n      // Showing up as a widget implies collapsed (widget replaces text)\n      marker.collapsed = true;\n      marker.widgetNode = elt(\"span\", [marker.replacedWith], \"CodeMirror-widget\");\n      if (!options.handleMouseEvents) marker.widgetNode.setAttribute(\"cm-ignore-events\", \"true\");\n      if (options.insertLeft) marker.widgetNode.insertLeft = true;\n    }\n    if (marker.collapsed) {\n      if (conflictingCollapsedRange(doc, from.line, from, to, marker) ||\n          from.line != to.line && conflictingCollapsedRange(doc, to.line, from, to, marker))\n        throw new Error(\"Inserting collapsed marker partially overlapping an existing one\");\n      sawCollapsedSpans = true;\n    }\n\n    if (marker.addToHistory)\n      addChangeToHistory(doc, {from: from, to: to, origin: \"markText\"}, doc.sel, NaN);\n\n    var curLine = from.line, cm = doc.cm, updateMaxLine;\n    doc.iter(curLine, to.line + 1, function(line) {\n      if (cm && marker.collapsed && !cm.options.lineWrapping && visualLine(line) == cm.display.maxLine)\n        updateMaxLine = true;\n      if (marker.collapsed && curLine != from.line) updateLineHeight(line, 0);\n      addMarkedSpan(line, new MarkedSpan(marker,\n                                         curLine == from.line ? from.ch : null,\n                                         curLine == to.line ? to.ch : null));\n      ++curLine;\n    });\n    // lineIsHidden depends on the presence of the spans, so needs a second pass\n    if (marker.collapsed) doc.iter(from.line, to.line + 1, function(line) {\n      if (lineIsHidden(doc, line)) updateLineHeight(line, 0);\n    });\n\n    if (marker.clearOnEnter) on(marker, \"beforeCursorEnter\", function() { marker.clear(); });\n\n    if (marker.readOnly) {\n      sawReadOnlySpans = true;\n      if (doc.history.done.length || doc.history.undone.length)\n        doc.clearHistory();\n    }\n    if (marker.collapsed) {\n      marker.id = ++nextMarkerId;\n      marker.atomic = true;\n    }\n    if (cm) {\n      // Sync editor state\n      if (updateMaxLine) cm.curOp.updateMaxLine = true;\n      if (marker.collapsed)\n        regChange(cm, from.line, to.line + 1);\n      else if (marker.className || marker.title || marker.startStyle || marker.endStyle || marker.css)\n        for (var i = from.line; i <= to.line; i++) regLineChange(cm, i, \"text\");\n      if (marker.atomic) reCheckSelection(cm.doc);\n      signalLater(cm, \"markerAdded\", cm, marker);\n    }\n    return marker;\n  }\n\n  // SHARED TEXTMARKERS\n\n  // A shared marker spans multiple linked documents. It is\n  // implemented as a meta-marker-object controlling multiple normal\n  // markers.\n  var SharedTextMarker = CodeMirror.SharedTextMarker = function(markers, primary) {\n    this.markers = markers;\n    this.primary = primary;\n    for (var i = 0; i < markers.length; ++i)\n      markers[i].parent = this;\n  };\n  eventMixin(SharedTextMarker);\n\n  SharedTextMarker.prototype.clear = function() {\n    if (this.explicitlyCleared) return;\n    this.explicitlyCleared = true;\n    for (var i = 0; i < this.markers.length; ++i)\n      this.markers[i].clear();\n    signalLater(this, \"clear\");\n  };\n  SharedTextMarker.prototype.find = function(side, lineObj) {\n    return this.primary.find(side, lineObj);\n  };\n\n  function markTextShared(doc, from, to, options, type) {\n    options = copyObj(options);\n    options.shared = false;\n    var markers = [markText(doc, from, to, options, type)], primary = markers[0];\n    var widget = options.widgetNode;\n    linkedDocs(doc, function(doc) {\n      if (widget) options.widgetNode = widget.cloneNode(true);\n      markers.push(markText(doc, clipPos(doc, from), clipPos(doc, to), options, type));\n      for (var i = 0; i < doc.linked.length; ++i)\n        if (doc.linked[i].isParent) return;\n      primary = lst(markers);\n    });\n    return new SharedTextMarker(markers, primary);\n  }\n\n  function findSharedMarkers(doc) {\n    return doc.findMarks(Pos(doc.first, 0), doc.clipPos(Pos(doc.lastLine())),\n                         function(m) { return m.parent; });\n  }\n\n  function copySharedMarkers(doc, markers) {\n    for (var i = 0; i < markers.length; i++) {\n      var marker = markers[i], pos = marker.find();\n      var mFrom = doc.clipPos(pos.from), mTo = doc.clipPos(pos.to);\n      if (cmp(mFrom, mTo)) {\n        var subMark = markText(doc, mFrom, mTo, marker.primary, marker.primary.type);\n        marker.markers.push(subMark);\n        subMark.parent = marker;\n      }\n    }\n  }\n\n  function detachSharedMarkers(markers) {\n    for (var i = 0; i < markers.length; i++) {\n      var marker = markers[i], linked = [marker.primary.doc];;\n      linkedDocs(marker.primary.doc, function(d) { linked.push(d); });\n      for (var j = 0; j < marker.markers.length; j++) {\n        var subMarker = marker.markers[j];\n        if (indexOf(linked, subMarker.doc) == -1) {\n          subMarker.parent = null;\n          marker.markers.splice(j--, 1);\n        }\n      }\n    }\n  }\n\n  // TEXTMARKER SPANS\n\n  function MarkedSpan(marker, from, to) {\n    this.marker = marker;\n    this.from = from; this.to = to;\n  }\n\n  // Search an array of spans for a span matching the given marker.\n  function getMarkedSpanFor(spans, marker) {\n    if (spans) for (var i = 0; i < spans.length; ++i) {\n      var span = spans[i];\n      if (span.marker == marker) return span;\n    }\n  }\n  // Remove a span from an array, returning undefined if no spans are\n  // left (we don't store arrays for lines without spans).\n  function removeMarkedSpan(spans, span) {\n    for (var r, i = 0; i < spans.length; ++i)\n      if (spans[i] != span) (r || (r = [])).push(spans[i]);\n    return r;\n  }\n  // Add a span to a line.\n  function addMarkedSpan(line, span) {\n    line.markedSpans = line.markedSpans ? line.markedSpans.concat([span]) : [span];\n    span.marker.attachLine(line);\n  }\n\n  // Used for the algorithm that adjusts markers for a change in the\n  // document. These functions cut an array of spans at a given\n  // character position, returning an array of remaining chunks (or\n  // undefined if nothing remains).\n  function markedSpansBefore(old, startCh, isInsert) {\n    if (old) for (var i = 0, nw; i < old.length; ++i) {\n      var span = old[i], marker = span.marker;\n      var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= startCh : span.from < startCh);\n      if (startsBefore || span.from == startCh && marker.type == \"bookmark\" && (!isInsert || !span.marker.insertLeft)) {\n        var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= startCh : span.to > startCh);\n        (nw || (nw = [])).push(new MarkedSpan(marker, span.from, endsAfter ? null : span.to));\n      }\n    }\n    return nw;\n  }\n  function markedSpansAfter(old, endCh, isInsert) {\n    if (old) for (var i = 0, nw; i < old.length; ++i) {\n      var span = old[i], marker = span.marker;\n      var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= endCh : span.to > endCh);\n      if (endsAfter || span.from == endCh && marker.type == \"bookmark\" && (!isInsert || span.marker.insertLeft)) {\n        var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= endCh : span.from < endCh);\n        (nw || (nw = [])).push(new MarkedSpan(marker, startsBefore ? null : span.from - endCh,\n                                              span.to == null ? null : span.to - endCh));\n      }\n    }\n    return nw;\n  }\n\n  // Given a change object, compute the new set of marker spans that\n  // cover the line in which the change took place. Removes spans\n  // entirely within the change, reconnects spans belonging to the\n  // same marker that appear on both sides of the change, and cuts off\n  // spans partially within the change. Returns an array of span\n  // arrays with one element for each line in (after) the change.\n  function stretchSpansOverChange(doc, change) {\n    if (change.full) return null;\n    var oldFirst = isLine(doc, change.from.line) && getLine(doc, change.from.line).markedSpans;\n    var oldLast = isLine(doc, change.to.line) && getLine(doc, change.to.line).markedSpans;\n    if (!oldFirst && !oldLast) return null;\n\n    var startCh = change.from.ch, endCh = change.to.ch, isInsert = cmp(change.from, change.to) == 0;\n    // Get the spans that 'stick out' on both sides\n    var first = markedSpansBefore(oldFirst, startCh, isInsert);\n    var last = markedSpansAfter(oldLast, endCh, isInsert);\n\n    // Next, merge those two ends\n    var sameLine = change.text.length == 1, offset = lst(change.text).length + (sameLine ? startCh : 0);\n    if (first) {\n      // Fix up .to properties of first\n      for (var i = 0; i < first.length; ++i) {\n        var span = first[i];\n        if (span.to == null) {\n          var found = getMarkedSpanFor(last, span.marker);\n          if (!found) span.to = startCh;\n          else if (sameLine) span.to = found.to == null ? null : found.to + offset;\n        }\n      }\n    }\n    if (last) {\n      // Fix up .from in last (or move them into first in case of sameLine)\n      for (var i = 0; i < last.length; ++i) {\n        var span = last[i];\n        if (span.to != null) span.to += offset;\n        if (span.from == null) {\n          var found = getMarkedSpanFor(first, span.marker);\n          if (!found) {\n            span.from = offset;\n            if (sameLine) (first || (first = [])).push(span);\n          }\n        } else {\n          span.from += offset;\n          if (sameLine) (first || (first = [])).push(span);\n        }\n      }\n    }\n    // Make sure we didn't create any zero-length spans\n    if (first) first = clearEmptySpans(first);\n    if (last && last != first) last = clearEmptySpans(last);\n\n    var newMarkers = [first];\n    if (!sameLine) {\n      // Fill gap with whole-line-spans\n      var gap = change.text.length - 2, gapMarkers;\n      if (gap > 0 && first)\n        for (var i = 0; i < first.length; ++i)\n          if (first[i].to == null)\n            (gapMarkers || (gapMarkers = [])).push(new MarkedSpan(first[i].marker, null, null));\n      for (var i = 0; i < gap; ++i)\n        newMarkers.push(gapMarkers);\n      newMarkers.push(last);\n    }\n    return newMarkers;\n  }\n\n  // Remove spans that are empty and don't have a clearWhenEmpty\n  // option of false.\n  function clearEmptySpans(spans) {\n    for (var i = 0; i < spans.length; ++i) {\n      var span = spans[i];\n      if (span.from != null && span.from == span.to && span.marker.clearWhenEmpty !== false)\n        spans.splice(i--, 1);\n    }\n    if (!spans.length) return null;\n    return spans;\n  }\n\n  // Used for un/re-doing changes from the history. Combines the\n  // result of computing the existing spans with the set of spans that\n  // existed in the history (so that deleting around a span and then\n  // undoing brings back the span).\n  function mergeOldSpans(doc, change) {\n    var old = getOldSpans(doc, change);\n    var stretched = stretchSpansOverChange(doc, change);\n    if (!old) return stretched;\n    if (!stretched) return old;\n\n    for (var i = 0; i < old.length; ++i) {\n      var oldCur = old[i], stretchCur = stretched[i];\n      if (oldCur && stretchCur) {\n        spans: for (var j = 0; j < stretchCur.length; ++j) {\n          var span = stretchCur[j];\n          for (var k = 0; k < oldCur.length; ++k)\n            if (oldCur[k].marker == span.marker) continue spans;\n          oldCur.push(span);\n        }\n      } else if (stretchCur) {\n        old[i] = stretchCur;\n      }\n    }\n    return old;\n  }\n\n  // Used to 'clip' out readOnly ranges when making a change.\n  function removeReadOnlyRanges(doc, from, to) {\n    var markers = null;\n    doc.iter(from.line, to.line + 1, function(line) {\n      if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n        var mark = line.markedSpans[i].marker;\n        if (mark.readOnly && (!markers || indexOf(markers, mark) == -1))\n          (markers || (markers = [])).push(mark);\n      }\n    });\n    if (!markers) return null;\n    var parts = [{from: from, to: to}];\n    for (var i = 0; i < markers.length; ++i) {\n      var mk = markers[i], m = mk.find(0);\n      for (var j = 0; j < parts.length; ++j) {\n        var p = parts[j];\n        if (cmp(p.to, m.from) < 0 || cmp(p.from, m.to) > 0) continue;\n        var newParts = [j, 1], dfrom = cmp(p.from, m.from), dto = cmp(p.to, m.to);\n        if (dfrom < 0 || !mk.inclusiveLeft && !dfrom)\n          newParts.push({from: p.from, to: m.from});\n        if (dto > 0 || !mk.inclusiveRight && !dto)\n          newParts.push({from: m.to, to: p.to});\n        parts.splice.apply(parts, newParts);\n        j += newParts.length - 1;\n      }\n    }\n    return parts;\n  }\n\n  // Connect or disconnect spans from a line.\n  function detachMarkedSpans(line) {\n    var spans = line.markedSpans;\n    if (!spans) return;\n    for (var i = 0; i < spans.length; ++i)\n      spans[i].marker.detachLine(line);\n    line.markedSpans = null;\n  }\n  function attachMarkedSpans(line, spans) {\n    if (!spans) return;\n    for (var i = 0; i < spans.length; ++i)\n      spans[i].marker.attachLine(line);\n    line.markedSpans = spans;\n  }\n\n  // Helpers used when computing which overlapping collapsed span\n  // counts as the larger one.\n  function extraLeft(marker) { return marker.inclusiveLeft ? -1 : 0; }\n  function extraRight(marker) { return marker.inclusiveRight ? 1 : 0; }\n\n  // Returns a number indicating which of two overlapping collapsed\n  // spans is larger (and thus includes the other). Falls back to\n  // comparing ids when the spans cover exactly the same range.\n  function compareCollapsedMarkers(a, b) {\n    var lenDiff = a.lines.length - b.lines.length;\n    if (lenDiff != 0) return lenDiff;\n    var aPos = a.find(), bPos = b.find();\n    var fromCmp = cmp(aPos.from, bPos.from) || extraLeft(a) - extraLeft(b);\n    if (fromCmp) return -fromCmp;\n    var toCmp = cmp(aPos.to, bPos.to) || extraRight(a) - extraRight(b);\n    if (toCmp) return toCmp;\n    return b.id - a.id;\n  }\n\n  // Find out whether a line ends or starts in a collapsed span. If\n  // so, return the marker for that span.\n  function collapsedSpanAtSide(line, start) {\n    var sps = sawCollapsedSpans && line.markedSpans, found;\n    if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n      sp = sps[i];\n      if (sp.marker.collapsed && (start ? sp.from : sp.to) == null &&\n          (!found || compareCollapsedMarkers(found, sp.marker) < 0))\n        found = sp.marker;\n    }\n    return found;\n  }\n  function collapsedSpanAtStart(line) { return collapsedSpanAtSide(line, true); }\n  function collapsedSpanAtEnd(line) { return collapsedSpanAtSide(line, false); }\n\n  // Test whether there exists a collapsed span that partially\n  // overlaps (covers the start or end, but not both) of a new span.\n  // Such overlap is not allowed.\n  function conflictingCollapsedRange(doc, lineNo, from, to, marker) {\n    var line = getLine(doc, lineNo);\n    var sps = sawCollapsedSpans && line.markedSpans;\n    if (sps) for (var i = 0; i < sps.length; ++i) {\n      var sp = sps[i];\n      if (!sp.marker.collapsed) continue;\n      var found = sp.marker.find(0);\n      var fromCmp = cmp(found.from, from) || extraLeft(sp.marker) - extraLeft(marker);\n      var toCmp = cmp(found.to, to) || extraRight(sp.marker) - extraRight(marker);\n      if (fromCmp >= 0 && toCmp <= 0 || fromCmp <= 0 && toCmp >= 0) continue;\n      if (fromCmp <= 0 && (cmp(found.to, from) > 0 || (sp.marker.inclusiveRight && marker.inclusiveLeft)) ||\n          fromCmp >= 0 && (cmp(found.from, to) < 0 || (sp.marker.inclusiveLeft && marker.inclusiveRight)))\n        return true;\n    }\n  }\n\n  // A visual line is a line as drawn on the screen. Folding, for\n  // example, can cause multiple logical lines to appear on the same\n  // visual line. This finds the start of the visual line that the\n  // given line is part of (usually that is the line itself).\n  function visualLine(line) {\n    var merged;\n    while (merged = collapsedSpanAtStart(line))\n      line = merged.find(-1, true).line;\n    return line;\n  }\n\n  // Returns an array of logical lines that continue the visual line\n  // started by the argument, or undefined if there are no such lines.\n  function visualLineContinued(line) {\n    var merged, lines;\n    while (merged = collapsedSpanAtEnd(line)) {\n      line = merged.find(1, true).line;\n      (lines || (lines = [])).push(line);\n    }\n    return lines;\n  }\n\n  // Get the line number of the start of the visual line that the\n  // given line number is part of.\n  function visualLineNo(doc, lineN) {\n    var line = getLine(doc, lineN), vis = visualLine(line);\n    if (line == vis) return lineN;\n    return lineNo(vis);\n  }\n  // Get the line number of the start of the next visual line after\n  // the given line.\n  function visualLineEndNo(doc, lineN) {\n    if (lineN > doc.lastLine()) return lineN;\n    var line = getLine(doc, lineN), merged;\n    if (!lineIsHidden(doc, line)) return lineN;\n    while (merged = collapsedSpanAtEnd(line))\n      line = merged.find(1, true).line;\n    return lineNo(line) + 1;\n  }\n\n  // Compute whether a line is hidden. Lines count as hidden when they\n  // are part of a visual line that starts with another line, or when\n  // they are entirely covered by collapsed, non-widget span.\n  function lineIsHidden(doc, line) {\n    var sps = sawCollapsedSpans && line.markedSpans;\n    if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n      sp = sps[i];\n      if (!sp.marker.collapsed) continue;\n      if (sp.from == null) return true;\n      if (sp.marker.widgetNode) continue;\n      if (sp.from == 0 && sp.marker.inclusiveLeft && lineIsHiddenInner(doc, line, sp))\n        return true;\n    }\n  }\n  function lineIsHiddenInner(doc, line, span) {\n    if (span.to == null) {\n      var end = span.marker.find(1, true);\n      return lineIsHiddenInner(doc, end.line, getMarkedSpanFor(end.line.markedSpans, span.marker));\n    }\n    if (span.marker.inclusiveRight && span.to == line.text.length)\n      return true;\n    for (var sp, i = 0; i < line.markedSpans.length; ++i) {\n      sp = line.markedSpans[i];\n      if (sp.marker.collapsed && !sp.marker.widgetNode && sp.from == span.to &&\n          (sp.to == null || sp.to != span.from) &&\n          (sp.marker.inclusiveLeft || span.marker.inclusiveRight) &&\n          lineIsHiddenInner(doc, line, sp)) return true;\n    }\n  }\n\n  // LINE WIDGETS\n\n  // Line widgets are block elements displayed above or below a line.\n\n  var LineWidget = CodeMirror.LineWidget = function(doc, node, options) {\n    if (options) for (var opt in options) if (options.hasOwnProperty(opt))\n      this[opt] = options[opt];\n    this.doc = doc;\n    this.node = node;\n  };\n  eventMixin(LineWidget);\n\n  function adjustScrollWhenAboveVisible(cm, line, diff) {\n    if (heightAtLine(line) < ((cm.curOp && cm.curOp.scrollTop) || cm.doc.scrollTop))\n      addToScrollPos(cm, null, diff);\n  }\n\n  LineWidget.prototype.clear = function() {\n    var cm = this.doc.cm, ws = this.line.widgets, line = this.line, no = lineNo(line);\n    if (no == null || !ws) return;\n    for (var i = 0; i < ws.length; ++i) if (ws[i] == this) ws.splice(i--, 1);\n    if (!ws.length) line.widgets = null;\n    var height = widgetHeight(this);\n    updateLineHeight(line, Math.max(0, line.height - height));\n    if (cm) runInOp(cm, function() {\n      adjustScrollWhenAboveVisible(cm, line, -height);\n      regLineChange(cm, no, \"widget\");\n    });\n  };\n  LineWidget.prototype.changed = function() {\n    var oldH = this.height, cm = this.doc.cm, line = this.line;\n    this.height = null;\n    var diff = widgetHeight(this) - oldH;\n    if (!diff) return;\n    updateLineHeight(line, line.height + diff);\n    if (cm) runInOp(cm, function() {\n      cm.curOp.forceUpdate = true;\n      adjustScrollWhenAboveVisible(cm, line, diff);\n    });\n  };\n\n  function widgetHeight(widget) {\n    if (widget.height != null) return widget.height;\n    var cm = widget.doc.cm;\n    if (!cm) return 0;\n    if (!contains(document.body, widget.node)) {\n      var parentStyle = \"position: relative;\";\n      if (widget.coverGutter)\n        parentStyle += \"margin-left: -\" + cm.display.gutters.offsetWidth + \"px;\";\n      if (widget.noHScroll)\n        parentStyle += \"width: \" + cm.display.wrapper.clientWidth + \"px;\";\n      removeChildrenAndAdd(cm.display.measure, elt(\"div\", [widget.node], null, parentStyle));\n    }\n    return widget.height = widget.node.parentNode.offsetHeight;\n  }\n\n  function addLineWidget(doc, handle, node, options) {\n    var widget = new LineWidget(doc, node, options);\n    var cm = doc.cm;\n    if (cm && widget.noHScroll) cm.display.alignWidgets = true;\n    changeLine(doc, handle, \"widget\", function(line) {\n      var widgets = line.widgets || (line.widgets = []);\n      if (widget.insertAt == null) widgets.push(widget);\n      else widgets.splice(Math.min(widgets.length - 1, Math.max(0, widget.insertAt)), 0, widget);\n      widget.line = line;\n      if (cm && !lineIsHidden(doc, line)) {\n        var aboveVisible = heightAtLine(line) < doc.scrollTop;\n        updateLineHeight(line, line.height + widgetHeight(widget));\n        if (aboveVisible) addToScrollPos(cm, null, widget.height);\n        cm.curOp.forceUpdate = true;\n      }\n      return true;\n    });\n    return widget;\n  }\n\n  // LINE DATA STRUCTURE\n\n  // Line objects. These hold state related to a line, including\n  // highlighting info (the styles array).\n  var Line = CodeMirror.Line = function(text, markedSpans, estimateHeight) {\n    this.text = text;\n    attachMarkedSpans(this, markedSpans);\n    this.height = estimateHeight ? estimateHeight(this) : 1;\n  };\n  eventMixin(Line);\n  Line.prototype.lineNo = function() { return lineNo(this); };\n\n  // Change the content (text, markers) of a line. Automatically\n  // invalidates cached information and tries to re-estimate the\n  // line's height.\n  function updateLine(line, text, markedSpans, estimateHeight) {\n    line.text = text;\n    if (line.stateAfter) line.stateAfter = null;\n    if (line.styles) line.styles = null;\n    if (line.order != null) line.order = null;\n    detachMarkedSpans(line);\n    attachMarkedSpans(line, markedSpans);\n    var estHeight = estimateHeight ? estimateHeight(line) : 1;\n    if (estHeight != line.height) updateLineHeight(line, estHeight);\n  }\n\n  // Detach a line from the document tree and its markers.\n  function cleanUpLine(line) {\n    line.parent = null;\n    detachMarkedSpans(line);\n  }\n\n  function extractLineClasses(type, output) {\n    if (type) for (;;) {\n      var lineClass = type.match(/(?:^|\\s+)line-(background-)?(\\S+)/);\n      if (!lineClass) break;\n      type = type.slice(0, lineClass.index) + type.slice(lineClass.index + lineClass[0].length);\n      var prop = lineClass[1] ? \"bgClass\" : \"textClass\";\n      if (output[prop] == null)\n        output[prop] = lineClass[2];\n      else if (!(new RegExp(\"(?:^|\\s)\" + lineClass[2] + \"(?:$|\\s)\")).test(output[prop]))\n        output[prop] += \" \" + lineClass[2];\n    }\n    return type;\n  }\n\n  function callBlankLine(mode, state) {\n    if (mode.blankLine) return mode.blankLine(state);\n    if (!mode.innerMode) return;\n    var inner = CodeMirror.innerMode(mode, state);\n    if (inner.mode.blankLine) return inner.mode.blankLine(inner.state);\n  }\n\n  function readToken(mode, stream, state, inner) {\n    for (var i = 0; i < 10; i++) {\n      if (inner) inner[0] = CodeMirror.innerMode(mode, state).mode;\n      var style = mode.token(stream, state);\n      if (stream.pos > stream.start) return style;\n    }\n    throw new Error(\"Mode \" + mode.name + \" failed to advance stream.\");\n  }\n\n  // Utility for getTokenAt and getLineTokens\n  function takeToken(cm, pos, precise, asArray) {\n    function getObj(copy) {\n      return {start: stream.start, end: stream.pos,\n              string: stream.current(),\n              type: style || null,\n              state: copy ? copyState(doc.mode, state) : state};\n    }\n\n    var doc = cm.doc, mode = doc.mode, style;\n    pos = clipPos(doc, pos);\n    var line = getLine(doc, pos.line), state = getStateBefore(cm, pos.line, precise);\n    var stream = new StringStream(line.text, cm.options.tabSize), tokens;\n    if (asArray) tokens = [];\n    while ((asArray || stream.pos < pos.ch) && !stream.eol()) {\n      stream.start = stream.pos;\n      style = readToken(mode, stream, state);\n      if (asArray) tokens.push(getObj(true));\n    }\n    return asArray ? tokens : getObj();\n  }\n\n  // Run the given mode's parser over a line, calling f for each token.\n  function runMode(cm, text, mode, state, f, lineClasses, forceToEnd) {\n    var flattenSpans = mode.flattenSpans;\n    if (flattenSpans == null) flattenSpans = cm.options.flattenSpans;\n    var curStart = 0, curStyle = null;\n    var stream = new StringStream(text, cm.options.tabSize), style;\n    var inner = cm.options.addModeClass && [null];\n    if (text == \"\") extractLineClasses(callBlankLine(mode, state), lineClasses);\n    while (!stream.eol()) {\n      if (stream.pos > cm.options.maxHighlightLength) {\n        flattenSpans = false;\n        if (forceToEnd) processLine(cm, text, state, stream.pos);\n        stream.pos = text.length;\n        style = null;\n      } else {\n        style = extractLineClasses(readToken(mode, stream, state, inner), lineClasses);\n      }\n      if (inner) {\n        var mName = inner[0].name;\n        if (mName) style = \"m-\" + (style ? mName + \" \" + style : mName);\n      }\n      if (!flattenSpans || curStyle != style) {\n        while (curStart < stream.start) {\n          curStart = Math.min(stream.start, curStart + 50000);\n          f(curStart, curStyle);\n        }\n        curStyle = style;\n      }\n      stream.start = stream.pos;\n    }\n    while (curStart < stream.pos) {\n      // Webkit seems to refuse to render text nodes longer than 57444 characters\n      var pos = Math.min(stream.pos, curStart + 50000);\n      f(pos, curStyle);\n      curStart = pos;\n    }\n  }\n\n  // Compute a style array (an array starting with a mode generation\n  // -- for invalidation -- followed by pairs of end positions and\n  // style strings), which is used to highlight the tokens on the\n  // line.\n  function highlightLine(cm, line, state, forceToEnd) {\n    // A styles array always starts with a number identifying the\n    // mode/overlays that it is based on (for easy invalidation).\n    var st = [cm.state.modeGen], lineClasses = {};\n    // Compute the base array of styles\n    runMode(cm, line.text, cm.doc.mode, state, function(end, style) {\n      st.push(end, style);\n    }, lineClasses, forceToEnd);\n\n    // Run overlays, adjust style array.\n    for (var o = 0; o < cm.state.overlays.length; ++o) {\n      var overlay = cm.state.overlays[o], i = 1, at = 0;\n      runMode(cm, line.text, overlay.mode, true, function(end, style) {\n        var start = i;\n        // Ensure there's a token end at the current position, and that i points at it\n        while (at < end) {\n          var i_end = st[i];\n          if (i_end > end)\n            st.splice(i, 1, end, st[i+1], i_end);\n          i += 2;\n          at = Math.min(end, i_end);\n        }\n        if (!style) return;\n        if (overlay.opaque) {\n          st.splice(start, i - start, end, \"cm-overlay \" + style);\n          i = start + 2;\n        } else {\n          for (; start < i; start += 2) {\n            var cur = st[start+1];\n            st[start+1] = (cur ? cur + \" \" : \"\") + \"cm-overlay \" + style;\n          }\n        }\n      }, lineClasses);\n    }\n\n    return {styles: st, classes: lineClasses.bgClass || lineClasses.textClass ? lineClasses : null};\n  }\n\n  function getLineStyles(cm, line, updateFrontier) {\n    if (!line.styles || line.styles[0] != cm.state.modeGen) {\n      var state = getStateBefore(cm, lineNo(line));\n      var result = highlightLine(cm, line, line.text.length > cm.options.maxHighlightLength ? copyState(cm.doc.mode, state) : state);\n      line.stateAfter = state;\n      line.styles = result.styles;\n      if (result.classes) line.styleClasses = result.classes;\n      else if (line.styleClasses) line.styleClasses = null;\n      if (updateFrontier === cm.doc.frontier) cm.doc.frontier++;\n    }\n    return line.styles;\n  }\n\n  // Lightweight form of highlight -- proceed over this line and\n  // update state, but don't save a style array. Used for lines that\n  // aren't currently visible.\n  function processLine(cm, text, state, startAt) {\n    var mode = cm.doc.mode;\n    var stream = new StringStream(text, cm.options.tabSize);\n    stream.start = stream.pos = startAt || 0;\n    if (text == \"\") callBlankLine(mode, state);\n    while (!stream.eol()) {\n      readToken(mode, stream, state);\n      stream.start = stream.pos;\n    }\n  }\n\n  // Convert a style as returned by a mode (either null, or a string\n  // containing one or more styles) to a CSS style. This is cached,\n  // and also looks for line-wide styles.\n  var styleToClassCache = {}, styleToClassCacheWithMode = {};\n  function interpretTokenStyle(style, options) {\n    if (!style || /^\\s*$/.test(style)) return null;\n    var cache = options.addModeClass ? styleToClassCacheWithMode : styleToClassCache;\n    return cache[style] ||\n      (cache[style] = style.replace(/\\S+/g, \"cm-$&\"));\n  }\n\n  // Render the DOM representation of the text of a line. Also builds\n  // up a 'line map', which points at the DOM nodes that represent\n  // specific stretches of text, and is used by the measuring code.\n  // The returned object contains the DOM node, this map, and\n  // information about line-wide styles that were set by the mode.\n  function buildLineContent(cm, lineView) {\n    // The padding-right forces the element to have a 'border', which\n    // is needed on Webkit to be able to get line-level bounding\n    // rectangles for it (in measureChar).\n    var content = elt(\"span\", null, null, webkit ? \"padding-right: .1px\" : null);\n    var builder = {pre: elt(\"pre\", [content], \"CodeMirror-line\"), content: content,\n                   col: 0, pos: 0, cm: cm,\n                   splitSpaces: (ie || webkit) && cm.getOption(\"lineWrapping\")};\n    lineView.measure = {};\n\n    // Iterate over the logical lines that make up this visual line.\n    for (var i = 0; i <= (lineView.rest ? lineView.rest.length : 0); i++) {\n      var line = i ? lineView.rest[i - 1] : lineView.line, order;\n      builder.pos = 0;\n      builder.addToken = buildToken;\n      // Optionally wire in some hacks into the token-rendering\n      // algorithm, to deal with browser quirks.\n      if (hasBadBidiRects(cm.display.measure) && (order = getOrder(line)))\n        builder.addToken = buildTokenBadBidi(builder.addToken, order);\n      builder.map = [];\n      var allowFrontierUpdate = lineView != cm.display.externalMeasured && lineNo(line);\n      insertLineContent(line, builder, getLineStyles(cm, line, allowFrontierUpdate));\n      if (line.styleClasses) {\n        if (line.styleClasses.bgClass)\n          builder.bgClass = joinClasses(line.styleClasses.bgClass, builder.bgClass || \"\");\n        if (line.styleClasses.textClass)\n          builder.textClass = joinClasses(line.styleClasses.textClass, builder.textClass || \"\");\n      }\n\n      // Ensure at least a single node is present, for measuring.\n      if (builder.map.length == 0)\n        builder.map.push(0, 0, builder.content.appendChild(zeroWidthElement(cm.display.measure)));\n\n      // Store the map and a cache object for the current logical line\n      if (i == 0) {\n        lineView.measure.map = builder.map;\n        lineView.measure.cache = {};\n      } else {\n        (lineView.measure.maps || (lineView.measure.maps = [])).push(builder.map);\n        (lineView.measure.caches || (lineView.measure.caches = [])).push({});\n      }\n    }\n\n    // See issue #2901\n    if (webkit && /\\bcm-tab\\b/.test(builder.content.lastChild.className))\n      builder.content.className = \"cm-tab-wrap-hack\";\n\n    signal(cm, \"renderLine\", cm, lineView.line, builder.pre);\n    if (builder.pre.className)\n      builder.textClass = joinClasses(builder.pre.className, builder.textClass || \"\");\n\n    return builder;\n  }\n\n  function defaultSpecialCharPlaceholder(ch) {\n    var token = elt(\"span\", \"\\u2022\", \"cm-invalidchar\");\n    token.title = \"\\\\u\" + ch.charCodeAt(0).toString(16);\n    token.setAttribute(\"aria-label\", token.title);\n    return token;\n  }\n\n  // Build up the DOM representation for a single token, and add it to\n  // the line map. Takes care to render special characters separately.\n  function buildToken(builder, text, style, startStyle, endStyle, title, css) {\n    if (!text) return;\n    var displayText = builder.splitSpaces ? text.replace(/ {3,}/g, splitSpaces) : text;\n    var special = builder.cm.state.specialChars, mustWrap = false;\n    if (!special.test(text)) {\n      builder.col += text.length;\n      var content = document.createTextNode(displayText);\n      builder.map.push(builder.pos, builder.pos + text.length, content);\n      if (ie && ie_version < 9) mustWrap = true;\n      builder.pos += text.length;\n    } else {\n      var content = document.createDocumentFragment(), pos = 0;\n      while (true) {\n        special.lastIndex = pos;\n        var m = special.exec(text);\n        var skipped = m ? m.index - pos : text.length - pos;\n        if (skipped) {\n          var txt = document.createTextNode(displayText.slice(pos, pos + skipped));\n          if (ie && ie_version < 9) content.appendChild(elt(\"span\", [txt]));\n          else content.appendChild(txt);\n          builder.map.push(builder.pos, builder.pos + skipped, txt);\n          builder.col += skipped;\n          builder.pos += skipped;\n        }\n        if (!m) break;\n        pos += skipped + 1;\n        if (m[0] == \"\\t\") {\n          var tabSize = builder.cm.options.tabSize, tabWidth = tabSize - builder.col % tabSize;\n          var txt = content.appendChild(elt(\"span\", spaceStr(tabWidth), \"cm-tab\"));\n          txt.setAttribute(\"role\", \"presentation\");\n          txt.setAttribute(\"cm-text\", \"\\t\");\n          builder.col += tabWidth;\n        } else if (m[0] == \"\\r\" || m[0] == \"\\n\") {\n          var txt = content.appendChild(elt(\"span\", m[0] == \"\\r\" ? \"\\u240d\" : \"\\u2424\", \"cm-invalidchar\"));\n          txt.setAttribute(\"cm-text\", m[0]);\n          builder.col += 1;\n        } else {\n          var txt = builder.cm.options.specialCharPlaceholder(m[0]);\n          txt.setAttribute(\"cm-text\", m[0]);\n          if (ie && ie_version < 9) content.appendChild(elt(\"span\", [txt]));\n          else content.appendChild(txt);\n          builder.col += 1;\n        }\n        builder.map.push(builder.pos, builder.pos + 1, txt);\n        builder.pos++;\n      }\n    }\n    if (style || startStyle || endStyle || mustWrap || css) {\n      var fullStyle = style || \"\";\n      if (startStyle) fullStyle += startStyle;\n      if (endStyle) fullStyle += endStyle;\n      var token = elt(\"span\", [content], fullStyle, css);\n      if (title) token.title = title;\n      return builder.content.appendChild(token);\n    }\n    builder.content.appendChild(content);\n  }\n\n  function splitSpaces(old) {\n    var out = \" \";\n    for (var i = 0; i < old.length - 2; ++i) out += i % 2 ? \" \" : \"\\u00a0\";\n    out += \" \";\n    return out;\n  }\n\n  // Work around nonsense dimensions being reported for stretches of\n  // right-to-left text.\n  function buildTokenBadBidi(inner, order) {\n    return function(builder, text, style, startStyle, endStyle, title, css) {\n      style = style ? style + \" cm-force-border\" : \"cm-force-border\";\n      var start = builder.pos, end = start + text.length;\n      for (;;) {\n        // Find the part that overlaps with the start of this text\n        for (var i = 0; i < order.length; i++) {\n          var part = order[i];\n          if (part.to > start && part.from <= start) break;\n        }\n        if (part.to >= end) return inner(builder, text, style, startStyle, endStyle, title, css);\n        inner(builder, text.slice(0, part.to - start), style, startStyle, null, title, css);\n        startStyle = null;\n        text = text.slice(part.to - start);\n        start = part.to;\n      }\n    };\n  }\n\n  function buildCollapsedSpan(builder, size, marker, ignoreWidget) {\n    var widget = !ignoreWidget && marker.widgetNode;\n    if (widget) builder.map.push(builder.pos, builder.pos + size, widget);\n    if (!ignoreWidget && builder.cm.display.input.needsContentAttribute) {\n      if (!widget)\n        widget = builder.content.appendChild(document.createElement(\"span\"));\n      widget.setAttribute(\"cm-marker\", marker.id);\n    }\n    if (widget) {\n      builder.cm.display.input.setUneditable(widget);\n      builder.content.appendChild(widget);\n    }\n    builder.pos += size;\n  }\n\n  // Outputs a number of spans to make up a line, taking highlighting\n  // and marked text into account.\n  function insertLineContent(line, builder, styles) {\n    var spans = line.markedSpans, allText = line.text, at = 0;\n    if (!spans) {\n      for (var i = 1; i < styles.length; i+=2)\n        builder.addToken(builder, allText.slice(at, at = styles[i]), interpretTokenStyle(styles[i+1], builder.cm.options));\n      return;\n    }\n\n    var len = allText.length, pos = 0, i = 1, text = \"\", style, css;\n    var nextChange = 0, spanStyle, spanEndStyle, spanStartStyle, title, collapsed;\n    for (;;) {\n      if (nextChange == pos) { // Update current marker set\n        spanStyle = spanEndStyle = spanStartStyle = title = css = \"\";\n        collapsed = null; nextChange = Infinity;\n        var foundBookmarks = [], endStyles\n        for (var j = 0; j < spans.length; ++j) {\n          var sp = spans[j], m = sp.marker;\n          if (m.type == \"bookmark\" && sp.from == pos && m.widgetNode) {\n            foundBookmarks.push(m);\n          } else if (sp.from <= pos && (sp.to == null || sp.to > pos || m.collapsed && sp.to == pos && sp.from == pos)) {\n            if (sp.to != null && sp.to != pos && nextChange > sp.to) {\n              nextChange = sp.to;\n              spanEndStyle = \"\";\n            }\n            if (m.className) spanStyle += \" \" + m.className;\n            if (m.css) css = (css ? css + \";\" : \"\") + m.css;\n            if (m.startStyle && sp.from == pos) spanStartStyle += \" \" + m.startStyle;\n            if (m.endStyle && sp.to == nextChange) (endStyles || (endStyles = [])).push(m.endStyle, sp.to)\n            if (m.title && !title) title = m.title;\n            if (m.collapsed && (!collapsed || compareCollapsedMarkers(collapsed.marker, m) < 0))\n              collapsed = sp;\n          } else if (sp.from > pos && nextChange > sp.from) {\n            nextChange = sp.from;\n          }\n        }\n        if (endStyles) for (var j = 0; j < endStyles.length; j += 2)\n          if (endStyles[j + 1] == nextChange) spanEndStyle += \" \" + endStyles[j]\n\n        if (!collapsed || collapsed.from == pos) for (var j = 0; j < foundBookmarks.length; ++j)\n          buildCollapsedSpan(builder, 0, foundBookmarks[j]);\n        if (collapsed && (collapsed.from || 0) == pos) {\n          buildCollapsedSpan(builder, (collapsed.to == null ? len + 1 : collapsed.to) - pos,\n                             collapsed.marker, collapsed.from == null);\n          if (collapsed.to == null) return;\n          if (collapsed.to == pos) collapsed = false;\n        }\n      }\n      if (pos >= len) break;\n\n      var upto = Math.min(len, nextChange);\n      while (true) {\n        if (text) {\n          var end = pos + text.length;\n          if (!collapsed) {\n            var tokenText = end > upto ? text.slice(0, upto - pos) : text;\n            builder.addToken(builder, tokenText, style ? style + spanStyle : spanStyle,\n                             spanStartStyle, pos + tokenText.length == nextChange ? spanEndStyle : \"\", title, css);\n          }\n          if (end >= upto) {text = text.slice(upto - pos); pos = upto; break;}\n          pos = end;\n          spanStartStyle = \"\";\n        }\n        text = allText.slice(at, at = styles[i++]);\n        style = interpretTokenStyle(styles[i++], builder.cm.options);\n      }\n    }\n  }\n\n  // DOCUMENT DATA STRUCTURE\n\n  // By default, updates that start and end at the beginning of a line\n  // are treated specially, in order to make the association of line\n  // widgets and marker elements with the text behave more intuitive.\n  function isWholeLineUpdate(doc, change) {\n    return change.from.ch == 0 && change.to.ch == 0 && lst(change.text) == \"\" &&\n      (!doc.cm || doc.cm.options.wholeLineUpdateBefore);\n  }\n\n  // Perform a change on the document data structure.\n  function updateDoc(doc, change, markedSpans, estimateHeight) {\n    function spansFor(n) {return markedSpans ? markedSpans[n] : null;}\n    function update(line, text, spans) {\n      updateLine(line, text, spans, estimateHeight);\n      signalLater(line, \"change\", line, change);\n    }\n    function linesFor(start, end) {\n      for (var i = start, result = []; i < end; ++i)\n        result.push(new Line(text[i], spansFor(i), estimateHeight));\n      return result;\n    }\n\n    var from = change.from, to = change.to, text = change.text;\n    var firstLine = getLine(doc, from.line), lastLine = getLine(doc, to.line);\n    var lastText = lst(text), lastSpans = spansFor(text.length - 1), nlines = to.line - from.line;\n\n    // Adjust the line structure\n    if (change.full) {\n      doc.insert(0, linesFor(0, text.length));\n      doc.remove(text.length, doc.size - text.length);\n    } else if (isWholeLineUpdate(doc, change)) {\n      // This is a whole-line replace. Treated specially to make\n      // sure line objects move the way they are supposed to.\n      var added = linesFor(0, text.length - 1);\n      update(lastLine, lastLine.text, lastSpans);\n      if (nlines) doc.remove(from.line, nlines);\n      if (added.length) doc.insert(from.line, added);\n    } else if (firstLine == lastLine) {\n      if (text.length == 1) {\n        update(firstLine, firstLine.text.slice(0, from.ch) + lastText + firstLine.text.slice(to.ch), lastSpans);\n      } else {\n        var added = linesFor(1, text.length - 1);\n        added.push(new Line(lastText + firstLine.text.slice(to.ch), lastSpans, estimateHeight));\n        update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n        doc.insert(from.line + 1, added);\n      }\n    } else if (text.length == 1) {\n      update(firstLine, firstLine.text.slice(0, from.ch) + text[0] + lastLine.text.slice(to.ch), spansFor(0));\n      doc.remove(from.line + 1, nlines);\n    } else {\n      update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n      update(lastLine, lastText + lastLine.text.slice(to.ch), lastSpans);\n      var added = linesFor(1, text.length - 1);\n      if (nlines > 1) doc.remove(from.line + 1, nlines - 1);\n      doc.insert(from.line + 1, added);\n    }\n\n    signalLater(doc, \"change\", doc, change);\n  }\n\n  // The document is represented as a BTree consisting of leaves, with\n  // chunk of lines in them, and branches, with up to ten leaves or\n  // other branch nodes below them. The top node is always a branch\n  // node, and is the document object itself (meaning it has\n  // additional methods and properties).\n  //\n  // All nodes have parent links. The tree is used both to go from\n  // line numbers to line objects, and to go from objects to numbers.\n  // It also indexes by height, and is used to convert between height\n  // and line object, and to find the total height of the document.\n  //\n  // See also http://marijnhaverbeke.nl/blog/codemirror-line-tree.html\n\n  function LeafChunk(lines) {\n    this.lines = lines;\n    this.parent = null;\n    for (var i = 0, height = 0; i < lines.length; ++i) {\n      lines[i].parent = this;\n      height += lines[i].height;\n    }\n    this.height = height;\n  }\n\n  LeafChunk.prototype = {\n    chunkSize: function() { return this.lines.length; },\n    // Remove the n lines at offset 'at'.\n    removeInner: function(at, n) {\n      for (var i = at, e = at + n; i < e; ++i) {\n        var line = this.lines[i];\n        this.height -= line.height;\n        cleanUpLine(line);\n        signalLater(line, \"delete\");\n      }\n      this.lines.splice(at, n);\n    },\n    // Helper used to collapse a small branch into a single leaf.\n    collapse: function(lines) {\n      lines.push.apply(lines, this.lines);\n    },\n    // Insert the given array of lines at offset 'at', count them as\n    // having the given height.\n    insertInner: function(at, lines, height) {\n      this.height += height;\n      this.lines = this.lines.slice(0, at).concat(lines).concat(this.lines.slice(at));\n      for (var i = 0; i < lines.length; ++i) lines[i].parent = this;\n    },\n    // Used to iterate over a part of the tree.\n    iterN: function(at, n, op) {\n      for (var e = at + n; at < e; ++at)\n        if (op(this.lines[at])) return true;\n    }\n  };\n\n  function BranchChunk(children) {\n    this.children = children;\n    var size = 0, height = 0;\n    for (var i = 0; i < children.length; ++i) {\n      var ch = children[i];\n      size += ch.chunkSize(); height += ch.height;\n      ch.parent = this;\n    }\n    this.size = size;\n    this.height = height;\n    this.parent = null;\n  }\n\n  BranchChunk.prototype = {\n    chunkSize: function() { return this.size; },\n    removeInner: function(at, n) {\n      this.size -= n;\n      for (var i = 0; i < this.children.length; ++i) {\n        var child = this.children[i], sz = child.chunkSize();\n        if (at < sz) {\n          var rm = Math.min(n, sz - at), oldHeight = child.height;\n          child.removeInner(at, rm);\n          this.height -= oldHeight - child.height;\n          if (sz == rm) { this.children.splice(i--, 1); child.parent = null; }\n          if ((n -= rm) == 0) break;\n          at = 0;\n        } else at -= sz;\n      }\n      // If the result is smaller than 25 lines, ensure that it is a\n      // single leaf node.\n      if (this.size - n < 25 &&\n          (this.children.length > 1 || !(this.children[0] instanceof LeafChunk))) {\n        var lines = [];\n        this.collapse(lines);\n        this.children = [new LeafChunk(lines)];\n        this.children[0].parent = this;\n      }\n    },\n    collapse: function(lines) {\n      for (var i = 0; i < this.children.length; ++i) this.children[i].collapse(lines);\n    },\n    insertInner: function(at, lines, height) {\n      this.size += lines.length;\n      this.height += height;\n      for (var i = 0; i < this.children.length; ++i) {\n        var child = this.children[i], sz = child.chunkSize();\n        if (at <= sz) {\n          child.insertInner(at, lines, height);\n          if (child.lines && child.lines.length > 50) {\n            while (child.lines.length > 50) {\n              var spilled = child.lines.splice(child.lines.length - 25, 25);\n              var newleaf = new LeafChunk(spilled);\n              child.height -= newleaf.height;\n              this.children.splice(i + 1, 0, newleaf);\n              newleaf.parent = this;\n            }\n            this.maybeSpill();\n          }\n          break;\n        }\n        at -= sz;\n      }\n    },\n    // When a node has grown, check whether it should be split.\n    maybeSpill: function() {\n      if (this.children.length <= 10) return;\n      var me = this;\n      do {\n        var spilled = me.children.splice(me.children.length - 5, 5);\n        var sibling = new BranchChunk(spilled);\n        if (!me.parent) { // Become the parent node\n          var copy = new BranchChunk(me.children);\n          copy.parent = me;\n          me.children = [copy, sibling];\n          me = copy;\n        } else {\n          me.size -= sibling.size;\n          me.height -= sibling.height;\n          var myIndex = indexOf(me.parent.children, me);\n          me.parent.children.splice(myIndex + 1, 0, sibling);\n        }\n        sibling.parent = me.parent;\n      } while (me.children.length > 10);\n      me.parent.maybeSpill();\n    },\n    iterN: function(at, n, op) {\n      for (var i = 0; i < this.children.length; ++i) {\n        var child = this.children[i], sz = child.chunkSize();\n        if (at < sz) {\n          var used = Math.min(n, sz - at);\n          if (child.iterN(at, used, op)) return true;\n          if ((n -= used) == 0) break;\n          at = 0;\n        } else at -= sz;\n      }\n    }\n  };\n\n  var nextDocId = 0;\n  var Doc = CodeMirror.Doc = function(text, mode, firstLine, lineSep) {\n    if (!(this instanceof Doc)) return new Doc(text, mode, firstLine, lineSep);\n    if (firstLine == null) firstLine = 0;\n\n    BranchChunk.call(this, [new LeafChunk([new Line(\"\", null)])]);\n    this.first = firstLine;\n    this.scrollTop = this.scrollLeft = 0;\n    this.cantEdit = false;\n    this.cleanGeneration = 1;\n    this.frontier = firstLine;\n    var start = Pos(firstLine, 0);\n    this.sel = simpleSelection(start);\n    this.history = new History(null);\n    this.id = ++nextDocId;\n    this.modeOption = mode;\n    this.lineSep = lineSep;\n    this.extend = false;\n\n    if (typeof text == \"string\") text = this.splitLines(text);\n    updateDoc(this, {from: start, to: start, text: text});\n    setSelection(this, simpleSelection(start), sel_dontScroll);\n  };\n\n  Doc.prototype = createObj(BranchChunk.prototype, {\n    constructor: Doc,\n    // Iterate over the document. Supports two forms -- with only one\n    // argument, it calls that for each line in the document. With\n    // three, it iterates over the range given by the first two (with\n    // the second being non-inclusive).\n    iter: function(from, to, op) {\n      if (op) this.iterN(from - this.first, to - from, op);\n      else this.iterN(this.first, this.first + this.size, from);\n    },\n\n    // Non-public interface for adding and removing lines.\n    insert: function(at, lines) {\n      var height = 0;\n      for (var i = 0; i < lines.length; ++i) height += lines[i].height;\n      this.insertInner(at - this.first, lines, height);\n    },\n    remove: function(at, n) { this.removeInner(at - this.first, n); },\n\n    // From here, the methods are part of the public interface. Most\n    // are also available from CodeMirror (editor) instances.\n\n    getValue: function(lineSep) {\n      var lines = getLines(this, this.first, this.first + this.size);\n      if (lineSep === false) return lines;\n      return lines.join(lineSep || this.lineSeparator());\n    },\n    setValue: docMethodOp(function(code) {\n      var top = Pos(this.first, 0), last = this.first + this.size - 1;\n      makeChange(this, {from: top, to: Pos(last, getLine(this, last).text.length),\n                        text: this.splitLines(code), origin: \"setValue\", full: true}, true);\n      setSelection(this, simpleSelection(top));\n    }),\n    replaceRange: function(code, from, to, origin) {\n      from = clipPos(this, from);\n      to = to ? clipPos(this, to) : from;\n      replaceRange(this, code, from, to, origin);\n    },\n    getRange: function(from, to, lineSep) {\n      var lines = getBetween(this, clipPos(this, from), clipPos(this, to));\n      if (lineSep === false) return lines;\n      return lines.join(lineSep || this.lineSeparator());\n    },\n\n    getLine: function(line) {var l = this.getLineHandle(line); return l && l.text;},\n\n    getLineHandle: function(line) {if (isLine(this, line)) return getLine(this, line);},\n    getLineNumber: function(line) {return lineNo(line);},\n\n    getLineHandleVisualStart: function(line) {\n      if (typeof line == \"number\") line = getLine(this, line);\n      return visualLine(line);\n    },\n\n    lineCount: function() {return this.size;},\n    firstLine: function() {return this.first;},\n    lastLine: function() {return this.first + this.size - 1;},\n\n    clipPos: function(pos) {return clipPos(this, pos);},\n\n    getCursor: function(start) {\n      var range = this.sel.primary(), pos;\n      if (start == null || start == \"head\") pos = range.head;\n      else if (start == \"anchor\") pos = range.anchor;\n      else if (start == \"end\" || start == \"to\" || start === false) pos = range.to();\n      else pos = range.from();\n      return pos;\n    },\n    listSelections: function() { return this.sel.ranges; },\n    somethingSelected: function() {return this.sel.somethingSelected();},\n\n    setCursor: docMethodOp(function(line, ch, options) {\n      setSimpleSelection(this, clipPos(this, typeof line == \"number\" ? Pos(line, ch || 0) : line), null, options);\n    }),\n    setSelection: docMethodOp(function(anchor, head, options) {\n      setSimpleSelection(this, clipPos(this, anchor), clipPos(this, head || anchor), options);\n    }),\n    extendSelection: docMethodOp(function(head, other, options) {\n      extendSelection(this, clipPos(this, head), other && clipPos(this, other), options);\n    }),\n    extendSelections: docMethodOp(function(heads, options) {\n      extendSelections(this, clipPosArray(this, heads), options);\n    }),\n    extendSelectionsBy: docMethodOp(function(f, options) {\n      var heads = map(this.sel.ranges, f);\n      extendSelections(this, clipPosArray(this, heads), options);\n    }),\n    setSelections: docMethodOp(function(ranges, primary, options) {\n      if (!ranges.length) return;\n      for (var i = 0, out = []; i < ranges.length; i++)\n        out[i] = new Range(clipPos(this, ranges[i].anchor),\n                           clipPos(this, ranges[i].head));\n      if (primary == null) primary = Math.min(ranges.length - 1, this.sel.primIndex);\n      setSelection(this, normalizeSelection(out, primary), options);\n    }),\n    addSelection: docMethodOp(function(anchor, head, options) {\n      var ranges = this.sel.ranges.slice(0);\n      ranges.push(new Range(clipPos(this, anchor), clipPos(this, head || anchor)));\n      setSelection(this, normalizeSelection(ranges, ranges.length - 1), options);\n    }),\n\n    getSelection: function(lineSep) {\n      var ranges = this.sel.ranges, lines;\n      for (var i = 0; i < ranges.length; i++) {\n        var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n        lines = lines ? lines.concat(sel) : sel;\n      }\n      if (lineSep === false) return lines;\n      else return lines.join(lineSep || this.lineSeparator());\n    },\n    getSelections: function(lineSep) {\n      var parts = [], ranges = this.sel.ranges;\n      for (var i = 0; i < ranges.length; i++) {\n        var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n        if (lineSep !== false) sel = sel.join(lineSep || this.lineSeparator());\n        parts[i] = sel;\n      }\n      return parts;\n    },\n    replaceSelection: function(code, collapse, origin) {\n      var dup = [];\n      for (var i = 0; i < this.sel.ranges.length; i++)\n        dup[i] = code;\n      this.replaceSelections(dup, collapse, origin || \"+input\");\n    },\n    replaceSelections: docMethodOp(function(code, collapse, origin) {\n      var changes = [], sel = this.sel;\n      for (var i = 0; i < sel.ranges.length; i++) {\n        var range = sel.ranges[i];\n        changes[i] = {from: range.from(), to: range.to(), text: this.splitLines(code[i]), origin: origin};\n      }\n      var newSel = collapse && collapse != \"end\" && computeReplacedSel(this, changes, collapse);\n      for (var i = changes.length - 1; i >= 0; i--)\n        makeChange(this, changes[i]);\n      if (newSel) setSelectionReplaceHistory(this, newSel);\n      else if (this.cm) ensureCursorVisible(this.cm);\n    }),\n    undo: docMethodOp(function() {makeChangeFromHistory(this, \"undo\");}),\n    redo: docMethodOp(function() {makeChangeFromHistory(this, \"redo\");}),\n    undoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"undo\", true);}),\n    redoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"redo\", true);}),\n\n    setExtending: function(val) {this.extend = val;},\n    getExtending: function() {return this.extend;},\n\n    historySize: function() {\n      var hist = this.history, done = 0, undone = 0;\n      for (var i = 0; i < hist.done.length; i++) if (!hist.done[i].ranges) ++done;\n      for (var i = 0; i < hist.undone.length; i++) if (!hist.undone[i].ranges) ++undone;\n      return {undo: done, redo: undone};\n    },\n    clearHistory: function() {this.history = new History(this.history.maxGeneration);},\n\n    markClean: function() {\n      this.cleanGeneration = this.changeGeneration(true);\n    },\n    changeGeneration: function(forceSplit) {\n      if (forceSplit)\n        this.history.lastOp = this.history.lastSelOp = this.history.lastOrigin = null;\n      return this.history.generation;\n    },\n    isClean: function (gen) {\n      return this.history.generation == (gen || this.cleanGeneration);\n    },\n\n    getHistory: function() {\n      return {done: copyHistoryArray(this.history.done),\n              undone: copyHistoryArray(this.history.undone)};\n    },\n    setHistory: function(histData) {\n      var hist = this.history = new History(this.history.maxGeneration);\n      hist.done = copyHistoryArray(histData.done.slice(0), null, true);\n      hist.undone = copyHistoryArray(histData.undone.slice(0), null, true);\n    },\n\n    addLineClass: docMethodOp(function(handle, where, cls) {\n      return changeLine(this, handle, where == \"gutter\" ? \"gutter\" : \"class\", function(line) {\n        var prop = where == \"text\" ? \"textClass\"\n                 : where == \"background\" ? \"bgClass\"\n                 : where == \"gutter\" ? \"gutterClass\" : \"wrapClass\";\n        if (!line[prop]) line[prop] = cls;\n        else if (classTest(cls).test(line[prop])) return false;\n        else line[prop] += \" \" + cls;\n        return true;\n      });\n    }),\n    removeLineClass: docMethodOp(function(handle, where, cls) {\n      return changeLine(this, handle, where == \"gutter\" ? \"gutter\" : \"class\", function(line) {\n        var prop = where == \"text\" ? \"textClass\"\n                 : where == \"background\" ? \"bgClass\"\n                 : where == \"gutter\" ? \"gutterClass\" : \"wrapClass\";\n        var cur = line[prop];\n        if (!cur) return false;\n        else if (cls == null) line[prop] = null;\n        else {\n          var found = cur.match(classTest(cls));\n          if (!found) return false;\n          var end = found.index + found[0].length;\n          line[prop] = cur.slice(0, found.index) + (!found.index || end == cur.length ? \"\" : \" \") + cur.slice(end) || null;\n        }\n        return true;\n      });\n    }),\n\n    addLineWidget: docMethodOp(function(handle, node, options) {\n      return addLineWidget(this, handle, node, options);\n    }),\n    removeLineWidget: function(widget) { widget.clear(); },\n\n    markText: function(from, to, options) {\n      return markText(this, clipPos(this, from), clipPos(this, to), options, options && options.type || \"range\");\n    },\n    setBookmark: function(pos, options) {\n      var realOpts = {replacedWith: options && (options.nodeType == null ? options.widget : options),\n                      insertLeft: options && options.insertLeft,\n                      clearWhenEmpty: false, shared: options && options.shared,\n                      handleMouseEvents: options && options.handleMouseEvents};\n      pos = clipPos(this, pos);\n      return markText(this, pos, pos, realOpts, \"bookmark\");\n    },\n    findMarksAt: function(pos) {\n      pos = clipPos(this, pos);\n      var markers = [], spans = getLine(this, pos.line).markedSpans;\n      if (spans) for (var i = 0; i < spans.length; ++i) {\n        var span = spans[i];\n        if ((span.from == null || span.from <= pos.ch) &&\n            (span.to == null || span.to >= pos.ch))\n          markers.push(span.marker.parent || span.marker);\n      }\n      return markers;\n    },\n    findMarks: function(from, to, filter) {\n      from = clipPos(this, from); to = clipPos(this, to);\n      var found = [], lineNo = from.line;\n      this.iter(from.line, to.line + 1, function(line) {\n        var spans = line.markedSpans;\n        if (spans) for (var i = 0; i < spans.length; i++) {\n          var span = spans[i];\n          if (!(span.to != null && lineNo == from.line && from.ch > span.to ||\n                span.from == null && lineNo != from.line ||\n                span.from != null && lineNo == to.line && span.from > to.ch) &&\n              (!filter || filter(span.marker)))\n            found.push(span.marker.parent || span.marker);\n        }\n        ++lineNo;\n      });\n      return found;\n    },\n    getAllMarks: function() {\n      var markers = [];\n      this.iter(function(line) {\n        var sps = line.markedSpans;\n        if (sps) for (var i = 0; i < sps.length; ++i)\n          if (sps[i].from != null) markers.push(sps[i].marker);\n      });\n      return markers;\n    },\n\n    posFromIndex: function(off) {\n      var ch, lineNo = this.first;\n      this.iter(function(line) {\n        var sz = line.text.length + 1;\n        if (sz > off) { ch = off; return true; }\n        off -= sz;\n        ++lineNo;\n      });\n      return clipPos(this, Pos(lineNo, ch));\n    },\n    indexFromPos: function (coords) {\n      coords = clipPos(this, coords);\n      var index = coords.ch;\n      if (coords.line < this.first || coords.ch < 0) return 0;\n      this.iter(this.first, coords.line, function (line) {\n        index += line.text.length + 1;\n      });\n      return index;\n    },\n\n    copy: function(copyHistory) {\n      var doc = new Doc(getLines(this, this.first, this.first + this.size),\n                        this.modeOption, this.first, this.lineSep);\n      doc.scrollTop = this.scrollTop; doc.scrollLeft = this.scrollLeft;\n      doc.sel = this.sel;\n      doc.extend = false;\n      if (copyHistory) {\n        doc.history.undoDepth = this.history.undoDepth;\n        doc.setHistory(this.getHistory());\n      }\n      return doc;\n    },\n\n    linkedDoc: function(options) {\n      if (!options) options = {};\n      var from = this.first, to = this.first + this.size;\n      if (options.from != null && options.from > from) from = options.from;\n      if (options.to != null && options.to < to) to = options.to;\n      var copy = new Doc(getLines(this, from, to), options.mode || this.modeOption, from, this.lineSep);\n      if (options.sharedHist) copy.history = this.history;\n      (this.linked || (this.linked = [])).push({doc: copy, sharedHist: options.sharedHist});\n      copy.linked = [{doc: this, isParent: true, sharedHist: options.sharedHist}];\n      copySharedMarkers(copy, findSharedMarkers(this));\n      return copy;\n    },\n    unlinkDoc: function(other) {\n      if (other instanceof CodeMirror) other = other.doc;\n      if (this.linked) for (var i = 0; i < this.linked.length; ++i) {\n        var link = this.linked[i];\n        if (link.doc != other) continue;\n        this.linked.splice(i, 1);\n        other.unlinkDoc(this);\n        detachSharedMarkers(findSharedMarkers(this));\n        break;\n      }\n      // If the histories were shared, split them again\n      if (other.history == this.history) {\n        var splitIds = [other.id];\n        linkedDocs(other, function(doc) {splitIds.push(doc.id);}, true);\n        other.history = new History(null);\n        other.history.done = copyHistoryArray(this.history.done, splitIds);\n        other.history.undone = copyHistoryArray(this.history.undone, splitIds);\n      }\n    },\n    iterLinkedDocs: function(f) {linkedDocs(this, f);},\n\n    getMode: function() {return this.mode;},\n    getEditor: function() {return this.cm;},\n\n    splitLines: function(str) {\n      if (this.lineSep) return str.split(this.lineSep);\n      return splitLinesAuto(str);\n    },\n    lineSeparator: function() { return this.lineSep || \"\\n\"; }\n  });\n\n  // Public alias.\n  Doc.prototype.eachLine = Doc.prototype.iter;\n\n  // Set up methods on CodeMirror's prototype to redirect to the editor's document.\n  var dontDelegate = \"iter insert remove copy getEditor constructor\".split(\" \");\n  for (var prop in Doc.prototype) if (Doc.prototype.hasOwnProperty(prop) && indexOf(dontDelegate, prop) < 0)\n    CodeMirror.prototype[prop] = (function(method) {\n      return function() {return method.apply(this.doc, arguments);};\n    })(Doc.prototype[prop]);\n\n  eventMixin(Doc);\n\n  // Call f for all linked documents.\n  function linkedDocs(doc, f, sharedHistOnly) {\n    function propagate(doc, skip, sharedHist) {\n      if (doc.linked) for (var i = 0; i < doc.linked.length; ++i) {\n        var rel = doc.linked[i];\n        if (rel.doc == skip) continue;\n        var shared = sharedHist && rel.sharedHist;\n        if (sharedHistOnly && !shared) continue;\n        f(rel.doc, shared);\n        propagate(rel.doc, doc, shared);\n      }\n    }\n    propagate(doc, null, true);\n  }\n\n  // Attach a document to an editor.\n  function attachDoc(cm, doc) {\n    if (doc.cm) throw new Error(\"This document is already in use.\");\n    cm.doc = doc;\n    doc.cm = cm;\n    estimateLineHeights(cm);\n    loadMode(cm);\n    if (!cm.options.lineWrapping) findMaxLine(cm);\n    cm.options.mode = doc.modeOption;\n    regChange(cm);\n  }\n\n  // LINE UTILITIES\n\n  // Find the line object corresponding to the given line number.\n  function getLine(doc, n) {\n    n -= doc.first;\n    if (n < 0 || n >= doc.size) throw new Error(\"There is no line \" + (n + doc.first) + \" in the document.\");\n    for (var chunk = doc; !chunk.lines;) {\n      for (var i = 0;; ++i) {\n        var child = chunk.children[i], sz = child.chunkSize();\n        if (n < sz) { chunk = child; break; }\n        n -= sz;\n      }\n    }\n    return chunk.lines[n];\n  }\n\n  // Get the part of a document between two positions, as an array of\n  // strings.\n  function getBetween(doc, start, end) {\n    var out = [], n = start.line;\n    doc.iter(start.line, end.line + 1, function(line) {\n      var text = line.text;\n      if (n == end.line) text = text.slice(0, end.ch);\n      if (n == start.line) text = text.slice(start.ch);\n      out.push(text);\n      ++n;\n    });\n    return out;\n  }\n  // Get the lines between from and to, as array of strings.\n  function getLines(doc, from, to) {\n    var out = [];\n    doc.iter(from, to, function(line) { out.push(line.text); });\n    return out;\n  }\n\n  // Update the height of a line, propagating the height change\n  // upwards to parent nodes.\n  function updateLineHeight(line, height) {\n    var diff = height - line.height;\n    if (diff) for (var n = line; n; n = n.parent) n.height += diff;\n  }\n\n  // Given a line object, find its line number by walking up through\n  // its parent links.\n  function lineNo(line) {\n    if (line.parent == null) return null;\n    var cur = line.parent, no = indexOf(cur.lines, line);\n    for (var chunk = cur.parent; chunk; cur = chunk, chunk = chunk.parent) {\n      for (var i = 0;; ++i) {\n        if (chunk.children[i] == cur) break;\n        no += chunk.children[i].chunkSize();\n      }\n    }\n    return no + cur.first;\n  }\n\n  // Find the line at the given vertical position, using the height\n  // information in the document tree.\n  function lineAtHeight(chunk, h) {\n    var n = chunk.first;\n    outer: do {\n      for (var i = 0; i < chunk.children.length; ++i) {\n        var child = chunk.children[i], ch = child.height;\n        if (h < ch) { chunk = child; continue outer; }\n        h -= ch;\n        n += child.chunkSize();\n      }\n      return n;\n    } while (!chunk.lines);\n    for (var i = 0; i < chunk.lines.length; ++i) {\n      var line = chunk.lines[i], lh = line.height;\n      if (h < lh) break;\n      h -= lh;\n    }\n    return n + i;\n  }\n\n\n  // Find the height above the given line.\n  function heightAtLine(lineObj) {\n    lineObj = visualLine(lineObj);\n\n    var h = 0, chunk = lineObj.parent;\n    for (var i = 0; i < chunk.lines.length; ++i) {\n      var line = chunk.lines[i];\n      if (line == lineObj) break;\n      else h += line.height;\n    }\n    for (var p = chunk.parent; p; chunk = p, p = chunk.parent) {\n      for (var i = 0; i < p.children.length; ++i) {\n        var cur = p.children[i];\n        if (cur == chunk) break;\n        else h += cur.height;\n      }\n    }\n    return h;\n  }\n\n  // Get the bidi ordering for the given line (and cache it). Returns\n  // false for lines that are fully left-to-right, and an array of\n  // BidiSpan objects otherwise.\n  function getOrder(line) {\n    var order = line.order;\n    if (order == null) order = line.order = bidiOrdering(line.text);\n    return order;\n  }\n\n  // HISTORY\n\n  function History(startGen) {\n    // Arrays of change events and selections. Doing something adds an\n    // event to done and clears undo. Undoing moves events from done\n    // to undone, redoing moves them in the other direction.\n    this.done = []; this.undone = [];\n    this.undoDepth = Infinity;\n    // Used to track when changes can be merged into a single undo\n    // event\n    this.lastModTime = this.lastSelTime = 0;\n    this.lastOp = this.lastSelOp = null;\n    this.lastOrigin = this.lastSelOrigin = null;\n    // Used by the isClean() method\n    this.generation = this.maxGeneration = startGen || 1;\n  }\n\n  // Create a history change event from an updateDoc-style change\n  // object.\n  function historyChangeFromChange(doc, change) {\n    var histChange = {from: copyPos(change.from), to: changeEnd(change), text: getBetween(doc, change.from, change.to)};\n    attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);\n    linkedDocs(doc, function(doc) {attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);}, true);\n    return histChange;\n  }\n\n  // Pop all selection events off the end of a history array. Stop at\n  // a change event.\n  function clearSelectionEvents(array) {\n    while (array.length) {\n      var last = lst(array);\n      if (last.ranges) array.pop();\n      else break;\n    }\n  }\n\n  // Find the top change event in the history. Pop off selection\n  // events that are in the way.\n  function lastChangeEvent(hist, force) {\n    if (force) {\n      clearSelectionEvents(hist.done);\n      return lst(hist.done);\n    } else if (hist.done.length && !lst(hist.done).ranges) {\n      return lst(hist.done);\n    } else if (hist.done.length > 1 && !hist.done[hist.done.length - 2].ranges) {\n      hist.done.pop();\n      return lst(hist.done);\n    }\n  }\n\n  // Register a change in the history. Merges changes that are within\n  // a single operation, ore are close together with an origin that\n  // allows merging (starting with \"+\") into a single event.\n  function addChangeToHistory(doc, change, selAfter, opId) {\n    var hist = doc.history;\n    hist.undone.length = 0;\n    var time = +new Date, cur;\n\n    if ((hist.lastOp == opId ||\n         hist.lastOrigin == change.origin && change.origin &&\n         ((change.origin.charAt(0) == \"+\" && doc.cm && hist.lastModTime > time - doc.cm.options.historyEventDelay) ||\n          change.origin.charAt(0) == \"*\")) &&\n        (cur = lastChangeEvent(hist, hist.lastOp == opId))) {\n      // Merge this change into the last event\n      var last = lst(cur.changes);\n      if (cmp(change.from, change.to) == 0 && cmp(change.from, last.to) == 0) {\n        // Optimized case for simple insertion -- don't want to add\n        // new changesets for every character typed\n        last.to = changeEnd(change);\n      } else {\n        // Add new sub-event\n        cur.changes.push(historyChangeFromChange(doc, change));\n      }\n    } else {\n      // Can not be merged, start a new event.\n      var before = lst(hist.done);\n      if (!before || !before.ranges)\n        pushSelectionToHistory(doc.sel, hist.done);\n      cur = {changes: [historyChangeFromChange(doc, change)],\n             generation: hist.generation};\n      hist.done.push(cur);\n      while (hist.done.length > hist.undoDepth) {\n        hist.done.shift();\n        if (!hist.done[0].ranges) hist.done.shift();\n      }\n    }\n    hist.done.push(selAfter);\n    hist.generation = ++hist.maxGeneration;\n    hist.lastModTime = hist.lastSelTime = time;\n    hist.lastOp = hist.lastSelOp = opId;\n    hist.lastOrigin = hist.lastSelOrigin = change.origin;\n\n    if (!last) signal(doc, \"historyAdded\");\n  }\n\n  function selectionEventCanBeMerged(doc, origin, prev, sel) {\n    var ch = origin.charAt(0);\n    return ch == \"*\" ||\n      ch == \"+\" &&\n      prev.ranges.length == sel.ranges.length &&\n      prev.somethingSelected() == sel.somethingSelected() &&\n      new Date - doc.history.lastSelTime <= (doc.cm ? doc.cm.options.historyEventDelay : 500);\n  }\n\n  // Called whenever the selection changes, sets the new selection as\n  // the pending selection in the history, and pushes the old pending\n  // selection into the 'done' array when it was significantly\n  // different (in number of selected ranges, emptiness, or time).\n  function addSelectionToHistory(doc, sel, opId, options) {\n    var hist = doc.history, origin = options && options.origin;\n\n    // A new event is started when the previous origin does not match\n    // the current, or the origins don't allow matching. Origins\n    // starting with * are always merged, those starting with + are\n    // merged when similar and close together in time.\n    if (opId == hist.lastSelOp ||\n        (origin && hist.lastSelOrigin == origin &&\n         (hist.lastModTime == hist.lastSelTime && hist.lastOrigin == origin ||\n          selectionEventCanBeMerged(doc, origin, lst(hist.done), sel))))\n      hist.done[hist.done.length - 1] = sel;\n    else\n      pushSelectionToHistory(sel, hist.done);\n\n    hist.lastSelTime = +new Date;\n    hist.lastSelOrigin = origin;\n    hist.lastSelOp = opId;\n    if (options && options.clearRedo !== false)\n      clearSelectionEvents(hist.undone);\n  }\n\n  function pushSelectionToHistory(sel, dest) {\n    var top = lst(dest);\n    if (!(top && top.ranges && top.equals(sel)))\n      dest.push(sel);\n  }\n\n  // Used to store marked span information in the history.\n  function attachLocalSpans(doc, change, from, to) {\n    var existing = change[\"spans_\" + doc.id], n = 0;\n    doc.iter(Math.max(doc.first, from), Math.min(doc.first + doc.size, to), function(line) {\n      if (line.markedSpans)\n        (existing || (existing = change[\"spans_\" + doc.id] = {}))[n] = line.markedSpans;\n      ++n;\n    });\n  }\n\n  // When un/re-doing restores text containing marked spans, those\n  // that have been explicitly cleared should not be restored.\n  function removeClearedSpans(spans) {\n    if (!spans) return null;\n    for (var i = 0, out; i < spans.length; ++i) {\n      if (spans[i].marker.explicitlyCleared) { if (!out) out = spans.slice(0, i); }\n      else if (out) out.push(spans[i]);\n    }\n    return !out ? spans : out.length ? out : null;\n  }\n\n  // Retrieve and filter the old marked spans stored in a change event.\n  function getOldSpans(doc, change) {\n    var found = change[\"spans_\" + doc.id];\n    if (!found) return null;\n    for (var i = 0, nw = []; i < change.text.length; ++i)\n      nw.push(removeClearedSpans(found[i]));\n    return nw;\n  }\n\n  // Used both to provide a JSON-safe object in .getHistory, and, when\n  // detaching a document, to split the history in two\n  function copyHistoryArray(events, newGroup, instantiateSel) {\n    for (var i = 0, copy = []; i < events.length; ++i) {\n      var event = events[i];\n      if (event.ranges) {\n        copy.push(instantiateSel ? Selection.prototype.deepCopy.call(event) : event);\n        continue;\n      }\n      var changes = event.changes, newChanges = [];\n      copy.push({changes: newChanges});\n      for (var j = 0; j < changes.length; ++j) {\n        var change = changes[j], m;\n        newChanges.push({from: change.from, to: change.to, text: change.text});\n        if (newGroup) for (var prop in change) if (m = prop.match(/^spans_(\\d+)$/)) {\n          if (indexOf(newGroup, Number(m[1])) > -1) {\n            lst(newChanges)[prop] = change[prop];\n            delete change[prop];\n          }\n        }\n      }\n    }\n    return copy;\n  }\n\n  // Rebasing/resetting history to deal with externally-sourced changes\n\n  function rebaseHistSelSingle(pos, from, to, diff) {\n    if (to < pos.line) {\n      pos.line += diff;\n    } else if (from < pos.line) {\n      pos.line = from;\n      pos.ch = 0;\n    }\n  }\n\n  // Tries to rebase an array of history events given a change in the\n  // document. If the change touches the same lines as the event, the\n  // event, and everything 'behind' it, is discarded. If the change is\n  // before the event, the event's positions are updated. Uses a\n  // copy-on-write scheme for the positions, to avoid having to\n  // reallocate them all on every rebase, but also avoid problems with\n  // shared position objects being unsafely updated.\n  function rebaseHistArray(array, from, to, diff) {\n    for (var i = 0; i < array.length; ++i) {\n      var sub = array[i], ok = true;\n      if (sub.ranges) {\n        if (!sub.copied) { sub = array[i] = sub.deepCopy(); sub.copied = true; }\n        for (var j = 0; j < sub.ranges.length; j++) {\n          rebaseHistSelSingle(sub.ranges[j].anchor, from, to, diff);\n          rebaseHistSelSingle(sub.ranges[j].head, from, to, diff);\n        }\n        continue;\n      }\n      for (var j = 0; j < sub.changes.length; ++j) {\n        var cur = sub.changes[j];\n        if (to < cur.from.line) {\n          cur.from = Pos(cur.from.line + diff, cur.from.ch);\n          cur.to = Pos(cur.to.line + diff, cur.to.ch);\n        } else if (from <= cur.to.line) {\n          ok = false;\n          break;\n        }\n      }\n      if (!ok) {\n        array.splice(0, i + 1);\n        i = 0;\n      }\n    }\n  }\n\n  function rebaseHist(hist, change) {\n    var from = change.from.line, to = change.to.line, diff = change.text.length - (to - from) - 1;\n    rebaseHistArray(hist.done, from, to, diff);\n    rebaseHistArray(hist.undone, from, to, diff);\n  }\n\n  // EVENT UTILITIES\n\n  // Due to the fact that we still support jurassic IE versions, some\n  // compatibility wrappers are needed.\n\n  var e_preventDefault = CodeMirror.e_preventDefault = function(e) {\n    if (e.preventDefault) e.preventDefault();\n    else e.returnValue = false;\n  };\n  var e_stopPropagation = CodeMirror.e_stopPropagation = function(e) {\n    if (e.stopPropagation) e.stopPropagation();\n    else e.cancelBubble = true;\n  };\n  function e_defaultPrevented(e) {\n    return e.defaultPrevented != null ? e.defaultPrevented : e.returnValue == false;\n  }\n  var e_stop = CodeMirror.e_stop = function(e) {e_preventDefault(e); e_stopPropagation(e);};\n\n  function e_target(e) {return e.target || e.srcElement;}\n  function e_button(e) {\n    var b = e.which;\n    if (b == null) {\n      if (e.button & 1) b = 1;\n      else if (e.button & 2) b = 3;\n      else if (e.button & 4) b = 2;\n    }\n    if (mac && e.ctrlKey && b == 1) b = 3;\n    return b;\n  }\n\n  // EVENT HANDLING\n\n  // Lightweight event framework. on/off also work on DOM nodes,\n  // registering native DOM handlers.\n\n  var on = CodeMirror.on = function(emitter, type, f) {\n    if (emitter.addEventListener)\n      emitter.addEventListener(type, f, false);\n    else if (emitter.attachEvent)\n      emitter.attachEvent(\"on\" + type, f);\n    else {\n      var map = emitter._handlers || (emitter._handlers = {});\n      var arr = map[type] || (map[type] = []);\n      arr.push(f);\n    }\n  };\n\n  var noHandlers = []\n  function getHandlers(emitter, type, copy) {\n    var arr = emitter._handlers && emitter._handlers[type]\n    if (copy) return arr && arr.length > 0 ? arr.slice() : noHandlers\n    else return arr || noHandlers\n  }\n\n  var off = CodeMirror.off = function(emitter, type, f) {\n    if (emitter.removeEventListener)\n      emitter.removeEventListener(type, f, false);\n    else if (emitter.detachEvent)\n      emitter.detachEvent(\"on\" + type, f);\n    else {\n      var handlers = getHandlers(emitter, type, false)\n      for (var i = 0; i < handlers.length; ++i)\n        if (handlers[i] == f) { handlers.splice(i, 1); break; }\n    }\n  };\n\n  var signal = CodeMirror.signal = function(emitter, type /*, values...*/) {\n    var handlers = getHandlers(emitter, type, true)\n    if (!handlers.length) return;\n    var args = Array.prototype.slice.call(arguments, 2);\n    for (var i = 0; i < handlers.length; ++i) handlers[i].apply(null, args);\n  };\n\n  var orphanDelayedCallbacks = null;\n\n  // Often, we want to signal events at a point where we are in the\n  // middle of some work, but don't want the handler to start calling\n  // other methods on the editor, which might be in an inconsistent\n  // state or simply not expect any other events to happen.\n  // signalLater looks whether there are any handlers, and schedules\n  // them to be executed when the last operation ends, or, if no\n  // operation is active, when a timeout fires.\n  function signalLater(emitter, type /*, values...*/) {\n    var arr = getHandlers(emitter, type, false)\n    if (!arr.length) return;\n    var args = Array.prototype.slice.call(arguments, 2), list;\n    if (operationGroup) {\n      list = operationGroup.delayedCallbacks;\n    } else if (orphanDelayedCallbacks) {\n      list = orphanDelayedCallbacks;\n    } else {\n      list = orphanDelayedCallbacks = [];\n      setTimeout(fireOrphanDelayed, 0);\n    }\n    function bnd(f) {return function(){f.apply(null, args);};};\n    for (var i = 0; i < arr.length; ++i)\n      list.push(bnd(arr[i]));\n  }\n\n  function fireOrphanDelayed() {\n    var delayed = orphanDelayedCallbacks;\n    orphanDelayedCallbacks = null;\n    for (var i = 0; i < delayed.length; ++i) delayed[i]();\n  }\n\n  // The DOM events that CodeMirror handles can be overridden by\n  // registering a (non-DOM) handler on the editor for the event name,\n  // and preventDefault-ing the event in that handler.\n  function signalDOMEvent(cm, e, override) {\n    if (typeof e == \"string\")\n      e = {type: e, preventDefault: function() { this.defaultPrevented = true; }};\n    signal(cm, override || e.type, cm, e);\n    return e_defaultPrevented(e) || e.codemirrorIgnore;\n  }\n\n  function signalCursorActivity(cm) {\n    var arr = cm._handlers && cm._handlers.cursorActivity;\n    if (!arr) return;\n    var set = cm.curOp.cursorActivityHandlers || (cm.curOp.cursorActivityHandlers = []);\n    for (var i = 0; i < arr.length; ++i) if (indexOf(set, arr[i]) == -1)\n      set.push(arr[i]);\n  }\n\n  function hasHandler(emitter, type) {\n    return getHandlers(emitter, type).length > 0\n  }\n\n  // Add on and off methods to a constructor's prototype, to make\n  // registering events on such objects more convenient.\n  function eventMixin(ctor) {\n    ctor.prototype.on = function(type, f) {on(this, type, f);};\n    ctor.prototype.off = function(type, f) {off(this, type, f);};\n  }\n\n  // MISC UTILITIES\n\n  // Number of pixels added to scroller and sizer to hide scrollbar\n  var scrollerGap = 30;\n\n  // Returned or thrown by various protocols to signal 'I'm not\n  // handling this'.\n  var Pass = CodeMirror.Pass = {toString: function(){return \"CodeMirror.Pass\";}};\n\n  // Reused option objects for setSelection & friends\n  var sel_dontScroll = {scroll: false}, sel_mouse = {origin: \"*mouse\"}, sel_move = {origin: \"+move\"};\n\n  function Delayed() {this.id = null;}\n  Delayed.prototype.set = function(ms, f) {\n    clearTimeout(this.id);\n    this.id = setTimeout(f, ms);\n  };\n\n  // Counts the column offset in a string, taking tabs into account.\n  // Used mostly to find indentation.\n  var countColumn = CodeMirror.countColumn = function(string, end, tabSize, startIndex, startValue) {\n    if (end == null) {\n      end = string.search(/[^\\s\\u00a0]/);\n      if (end == -1) end = string.length;\n    }\n    for (var i = startIndex || 0, n = startValue || 0;;) {\n      var nextTab = string.indexOf(\"\\t\", i);\n      if (nextTab < 0 || nextTab >= end)\n        return n + (end - i);\n      n += nextTab - i;\n      n += tabSize - (n % tabSize);\n      i = nextTab + 1;\n    }\n  };\n\n  // The inverse of countColumn -- find the offset that corresponds to\n  // a particular column.\n  var findColumn = CodeMirror.findColumn = function(string, goal, tabSize) {\n    for (var pos = 0, col = 0;;) {\n      var nextTab = string.indexOf(\"\\t\", pos);\n      if (nextTab == -1) nextTab = string.length;\n      var skipped = nextTab - pos;\n      if (nextTab == string.length || col + skipped >= goal)\n        return pos + Math.min(skipped, goal - col);\n      col += nextTab - pos;\n      col += tabSize - (col % tabSize);\n      pos = nextTab + 1;\n      if (col >= goal) return pos;\n    }\n  }\n\n  var spaceStrs = [\"\"];\n  function spaceStr(n) {\n    while (spaceStrs.length <= n)\n      spaceStrs.push(lst(spaceStrs) + \" \");\n    return spaceStrs[n];\n  }\n\n  function lst(arr) { return arr[arr.length-1]; }\n\n  var selectInput = function(node) { node.select(); };\n  if (ios) // Mobile Safari apparently has a bug where select() is broken.\n    selectInput = function(node) { node.selectionStart = 0; node.selectionEnd = node.value.length; };\n  else if (ie) // Suppress mysterious IE10 errors\n    selectInput = function(node) { try { node.select(); } catch(_e) {} };\n\n  function indexOf(array, elt) {\n    for (var i = 0; i < array.length; ++i)\n      if (array[i] == elt) return i;\n    return -1;\n  }\n  function map(array, f) {\n    var out = [];\n    for (var i = 0; i < array.length; i++) out[i] = f(array[i], i);\n    return out;\n  }\n\n  function nothing() {}\n\n  function createObj(base, props) {\n    var inst;\n    if (Object.create) {\n      inst = Object.create(base);\n    } else {\n      nothing.prototype = base;\n      inst = new nothing();\n    }\n    if (props) copyObj(props, inst);\n    return inst;\n  };\n\n  function copyObj(obj, target, overwrite) {\n    if (!target) target = {};\n    for (var prop in obj)\n      if (obj.hasOwnProperty(prop) && (overwrite !== false || !target.hasOwnProperty(prop)))\n        target[prop] = obj[prop];\n    return target;\n  }\n\n  function bind(f) {\n    var args = Array.prototype.slice.call(arguments, 1);\n    return function(){return f.apply(null, args);};\n  }\n\n  var nonASCIISingleCaseWordChar = /[\\u00df\\u0587\\u0590-\\u05f4\\u0600-\\u06ff\\u3040-\\u309f\\u30a0-\\u30ff\\u3400-\\u4db5\\u4e00-\\u9fcc\\uac00-\\ud7af]/;\n  var isWordCharBasic = CodeMirror.isWordChar = function(ch) {\n    return /\\w/.test(ch) || ch > \"\\x80\" &&\n      (ch.toUpperCase() != ch.toLowerCase() || nonASCIISingleCaseWordChar.test(ch));\n  };\n  function isWordChar(ch, helper) {\n    if (!helper) return isWordCharBasic(ch);\n    if (helper.source.indexOf(\"\\\\w\") > -1 && isWordCharBasic(ch)) return true;\n    return helper.test(ch);\n  }\n\n  function isEmpty(obj) {\n    for (var n in obj) if (obj.hasOwnProperty(n) && obj[n]) return false;\n    return true;\n  }\n\n  // Extending unicode characters. A series of a non-extending char +\n  // any number of extending chars is treated as a single unit as far\n  // as editing and measuring is concerned. This is not fully correct,\n  // since some scripts/fonts/browsers also treat other configurations\n  // of code points as a group.\n  var extendingChars = /[\\u0300-\\u036f\\u0483-\\u0489\\u0591-\\u05bd\\u05bf\\u05c1\\u05c2\\u05c4\\u05c5\\u05c7\\u0610-\\u061a\\u064b-\\u065e\\u0670\\u06d6-\\u06dc\\u06de-\\u06e4\\u06e7\\u06e8\\u06ea-\\u06ed\\u0711\\u0730-\\u074a\\u07a6-\\u07b0\\u07eb-\\u07f3\\u0816-\\u0819\\u081b-\\u0823\\u0825-\\u0827\\u0829-\\u082d\\u0900-\\u0902\\u093c\\u0941-\\u0948\\u094d\\u0951-\\u0955\\u0962\\u0963\\u0981\\u09bc\\u09be\\u09c1-\\u09c4\\u09cd\\u09d7\\u09e2\\u09e3\\u0a01\\u0a02\\u0a3c\\u0a41\\u0a42\\u0a47\\u0a48\\u0a4b-\\u0a4d\\u0a51\\u0a70\\u0a71\\u0a75\\u0a81\\u0a82\\u0abc\\u0ac1-\\u0ac5\\u0ac7\\u0ac8\\u0acd\\u0ae2\\u0ae3\\u0b01\\u0b3c\\u0b3e\\u0b3f\\u0b41-\\u0b44\\u0b4d\\u0b56\\u0b57\\u0b62\\u0b63\\u0b82\\u0bbe\\u0bc0\\u0bcd\\u0bd7\\u0c3e-\\u0c40\\u0c46-\\u0c48\\u0c4a-\\u0c4d\\u0c55\\u0c56\\u0c62\\u0c63\\u0cbc\\u0cbf\\u0cc2\\u0cc6\\u0ccc\\u0ccd\\u0cd5\\u0cd6\\u0ce2\\u0ce3\\u0d3e\\u0d41-\\u0d44\\u0d4d\\u0d57\\u0d62\\u0d63\\u0dca\\u0dcf\\u0dd2-\\u0dd4\\u0dd6\\u0ddf\\u0e31\\u0e34-\\u0e3a\\u0e47-\\u0e4e\\u0eb1\\u0eb4-\\u0eb9\\u0ebb\\u0ebc\\u0ec8-\\u0ecd\\u0f18\\u0f19\\u0f35\\u0f37\\u0f39\\u0f71-\\u0f7e\\u0f80-\\u0f84\\u0f86\\u0f87\\u0f90-\\u0f97\\u0f99-\\u0fbc\\u0fc6\\u102d-\\u1030\\u1032-\\u1037\\u1039\\u103a\\u103d\\u103e\\u1058\\u1059\\u105e-\\u1060\\u1071-\\u1074\\u1082\\u1085\\u1086\\u108d\\u109d\\u135f\\u1712-\\u1714\\u1732-\\u1734\\u1752\\u1753\\u1772\\u1773\\u17b7-\\u17bd\\u17c6\\u17c9-\\u17d3\\u17dd\\u180b-\\u180d\\u18a9\\u1920-\\u1922\\u1927\\u1928\\u1932\\u1939-\\u193b\\u1a17\\u1a18\\u1a56\\u1a58-\\u1a5e\\u1a60\\u1a62\\u1a65-\\u1a6c\\u1a73-\\u1a7c\\u1a7f\\u1b00-\\u1b03\\u1b34\\u1b36-\\u1b3a\\u1b3c\\u1b42\\u1b6b-\\u1b73\\u1b80\\u1b81\\u1ba2-\\u1ba5\\u1ba8\\u1ba9\\u1c2c-\\u1c33\\u1c36\\u1c37\\u1cd0-\\u1cd2\\u1cd4-\\u1ce0\\u1ce2-\\u1ce8\\u1ced\\u1dc0-\\u1de6\\u1dfd-\\u1dff\\u200c\\u200d\\u20d0-\\u20f0\\u2cef-\\u2cf1\\u2de0-\\u2dff\\u302a-\\u302f\\u3099\\u309a\\ua66f-\\ua672\\ua67c\\ua67d\\ua6f0\\ua6f1\\ua802\\ua806\\ua80b\\ua825\\ua826\\ua8c4\\ua8e0-\\ua8f1\\ua926-\\ua92d\\ua947-\\ua951\\ua980-\\ua982\\ua9b3\\ua9b6-\\ua9b9\\ua9bc\\uaa29-\\uaa2e\\uaa31\\uaa32\\uaa35\\uaa36\\uaa43\\uaa4c\\uaab0\\uaab2-\\uaab4\\uaab7\\uaab8\\uaabe\\uaabf\\uaac1\\uabe5\\uabe8\\uabed\\udc00-\\udfff\\ufb1e\\ufe00-\\ufe0f\\ufe20-\\ufe26\\uff9e\\uff9f]/;\n  function isExtendingChar(ch) { return ch.charCodeAt(0) >= 768 && extendingChars.test(ch); }\n\n  // DOM UTILITIES\n\n  function elt(tag, content, className, style) {\n    var e = document.createElement(tag);\n    if (className) e.className = className;\n    if (style) e.style.cssText = style;\n    if (typeof content == \"string\") e.appendChild(document.createTextNode(content));\n    else if (content) for (var i = 0; i < content.length; ++i) e.appendChild(content[i]);\n    return e;\n  }\n\n  var range;\n  if (document.createRange) range = function(node, start, end, endNode) {\n    var r = document.createRange();\n    r.setEnd(endNode || node, end);\n    r.setStart(node, start);\n    return r;\n  };\n  else range = function(node, start, end) {\n    var r = document.body.createTextRange();\n    try { r.moveToElementText(node.parentNode); }\n    catch(e) { return r; }\n    r.collapse(true);\n    r.moveEnd(\"character\", end);\n    r.moveStart(\"character\", start);\n    return r;\n  };\n\n  function removeChildren(e) {\n    for (var count = e.childNodes.length; count > 0; --count)\n      e.removeChild(e.firstChild);\n    return e;\n  }\n\n  function removeChildrenAndAdd(parent, e) {\n    return removeChildren(parent).appendChild(e);\n  }\n\n  var contains = CodeMirror.contains = function(parent, child) {\n    if (child.nodeType == 3) // Android browser always returns false when child is a textnode\n      child = child.parentNode;\n    if (parent.contains)\n      return parent.contains(child);\n    do {\n      if (child.nodeType == 11) child = child.host;\n      if (child == parent) return true;\n    } while (child = child.parentNode);\n  };\n\n  function activeElt() {\n    var activeElement = document.activeElement;\n    while (activeElement && activeElement.root && activeElement.root.activeElement)\n      activeElement = activeElement.root.activeElement;\n    return activeElement;\n  }\n  // Older versions of IE throws unspecified error when touching\n  // document.activeElement in some cases (during loading, in iframe)\n  if (ie && ie_version < 11) activeElt = function() {\n    try { return document.activeElement; }\n    catch(e) { return document.body; }\n  };\n\n  function classTest(cls) { return new RegExp(\"(^|\\\\s)\" + cls + \"(?:$|\\\\s)\\\\s*\"); }\n  var rmClass = CodeMirror.rmClass = function(node, cls) {\n    var current = node.className;\n    var match = classTest(cls).exec(current);\n    if (match) {\n      var after = current.slice(match.index + match[0].length);\n      node.className = current.slice(0, match.index) + (after ? match[1] + after : \"\");\n    }\n  };\n  var addClass = CodeMirror.addClass = function(node, cls) {\n    var current = node.className;\n    if (!classTest(cls).test(current)) node.className += (current ? \" \" : \"\") + cls;\n  };\n  function joinClasses(a, b) {\n    var as = a.split(\" \");\n    for (var i = 0; i < as.length; i++)\n      if (as[i] && !classTest(as[i]).test(b)) b += \" \" + as[i];\n    return b;\n  }\n\n  // WINDOW-WIDE EVENTS\n\n  // These must be handled carefully, because naively registering a\n  // handler for each editor will cause the editors to never be\n  // garbage collected.\n\n  function forEachCodeMirror(f) {\n    if (!document.body.getElementsByClassName) return;\n    var byClass = document.body.getElementsByClassName(\"CodeMirror\");\n    for (var i = 0; i < byClass.length; i++) {\n      var cm = byClass[i].CodeMirror;\n      if (cm) f(cm);\n    }\n  }\n\n  var globalsRegistered = false;\n  function ensureGlobalHandlers() {\n    if (globalsRegistered) return;\n    registerGlobalHandlers();\n    globalsRegistered = true;\n  }\n  function registerGlobalHandlers() {\n    // When the window resizes, we need to refresh active editors.\n    var resizeTimer;\n    on(window, \"resize\", function() {\n      if (resizeTimer == null) resizeTimer = setTimeout(function() {\n        resizeTimer = null;\n        forEachCodeMirror(onResize);\n      }, 100);\n    });\n    // When the window loses focus, we want to show the editor as blurred\n    on(window, \"blur\", function() {\n      forEachCodeMirror(onBlur);\n    });\n  }\n\n  // FEATURE DETECTION\n\n  // Detect drag-and-drop\n  var dragAndDrop = function() {\n    // There is *some* kind of drag-and-drop support in IE6-8, but I\n    // couldn't get it to work yet.\n    if (ie && ie_version < 9) return false;\n    var div = elt('div');\n    return \"draggable\" in div || \"dragDrop\" in div;\n  }();\n\n  var zwspSupported;\n  function zeroWidthElement(measure) {\n    if (zwspSupported == null) {\n      var test = elt(\"span\", \"\\u200b\");\n      removeChildrenAndAdd(measure, elt(\"span\", [test, document.createTextNode(\"x\")]));\n      if (measure.firstChild.offsetHeight != 0)\n        zwspSupported = test.offsetWidth <= 1 && test.offsetHeight > 2 && !(ie && ie_version < 8);\n    }\n    var node = zwspSupported ? elt(\"span\", \"\\u200b\") :\n      elt(\"span\", \"\\u00a0\", null, \"display: inline-block; width: 1px; margin-right: -1px\");\n    node.setAttribute(\"cm-text\", \"\");\n    return node;\n  }\n\n  // Feature-detect IE's crummy client rect reporting for bidi text\n  var badBidiRects;\n  function hasBadBidiRects(measure) {\n    if (badBidiRects != null) return badBidiRects;\n    var txt = removeChildrenAndAdd(measure, document.createTextNode(\"A\\u062eA\"));\n    var r0 = range(txt, 0, 1).getBoundingClientRect();\n    if (!r0 || r0.left == r0.right) return false; // Safari returns null in some cases (#2780)\n    var r1 = range(txt, 1, 2).getBoundingClientRect();\n    return badBidiRects = (r1.right - r0.right < 3);\n  }\n\n  // See if \"\".split is the broken IE version, if so, provide an\n  // alternative way to split lines.\n  var splitLinesAuto = CodeMirror.splitLines = \"\\n\\nb\".split(/\\n/).length != 3 ? function(string) {\n    var pos = 0, result = [], l = string.length;\n    while (pos <= l) {\n      var nl = string.indexOf(\"\\n\", pos);\n      if (nl == -1) nl = string.length;\n      var line = string.slice(pos, string.charAt(nl - 1) == \"\\r\" ? nl - 1 : nl);\n      var rt = line.indexOf(\"\\r\");\n      if (rt != -1) {\n        result.push(line.slice(0, rt));\n        pos += rt + 1;\n      } else {\n        result.push(line);\n        pos = nl + 1;\n      }\n    }\n    return result;\n  } : function(string){return string.split(/\\r\\n?|\\n/);};\n\n  var hasSelection = window.getSelection ? function(te) {\n    try { return te.selectionStart != te.selectionEnd; }\n    catch(e) { return false; }\n  } : function(te) {\n    try {var range = te.ownerDocument.selection.createRange();}\n    catch(e) {}\n    if (!range || range.parentElement() != te) return false;\n    return range.compareEndPoints(\"StartToEnd\", range) != 0;\n  };\n\n  var hasCopyEvent = (function() {\n    var e = elt(\"div\");\n    if (\"oncopy\" in e) return true;\n    e.setAttribute(\"oncopy\", \"return;\");\n    return typeof e.oncopy == \"function\";\n  })();\n\n  var badZoomedRects = null;\n  function hasBadZoomedRects(measure) {\n    if (badZoomedRects != null) return badZoomedRects;\n    var node = removeChildrenAndAdd(measure, elt(\"span\", \"x\"));\n    var normal = node.getBoundingClientRect();\n    var fromRange = range(node, 0, 1).getBoundingClientRect();\n    return badZoomedRects = Math.abs(normal.left - fromRange.left) > 1;\n  }\n\n  // KEY NAMES\n\n  var keyNames = CodeMirror.keyNames = {\n    3: \"Enter\", 8: \"Backspace\", 9: \"Tab\", 13: \"Enter\", 16: \"Shift\", 17: \"Ctrl\", 18: \"Alt\",\n    19: \"Pause\", 20: \"CapsLock\", 27: \"Esc\", 32: \"Space\", 33: \"PageUp\", 34: \"PageDown\", 35: \"End\",\n    36: \"Home\", 37: \"Left\", 38: \"Up\", 39: \"Right\", 40: \"Down\", 44: \"PrintScrn\", 45: \"Insert\",\n    46: \"Delete\", 59: \";\", 61: \"=\", 91: \"Mod\", 92: \"Mod\", 93: \"Mod\",\n    106: \"*\", 107: \"=\", 109: \"-\", 110: \".\", 111: \"/\", 127: \"Delete\",\n    173: \"-\", 186: \";\", 187: \"=\", 188: \",\", 189: \"-\", 190: \".\", 191: \"/\", 192: \"`\", 219: \"[\", 220: \"\\\\\",\n    221: \"]\", 222: \"'\", 63232: \"Up\", 63233: \"Down\", 63234: \"Left\", 63235: \"Right\", 63272: \"Delete\",\n    63273: \"Home\", 63275: \"End\", 63276: \"PageUp\", 63277: \"PageDown\", 63302: \"Insert\"\n  };\n  (function() {\n    // Number keys\n    for (var i = 0; i < 10; i++) keyNames[i + 48] = keyNames[i + 96] = String(i);\n    // Alphabetic keys\n    for (var i = 65; i <= 90; i++) keyNames[i] = String.fromCharCode(i);\n    // Function keys\n    for (var i = 1; i <= 12; i++) keyNames[i + 111] = keyNames[i + 63235] = \"F\" + i;\n  })();\n\n  // BIDI HELPERS\n\n  function iterateBidiSections(order, from, to, f) {\n    if (!order) return f(from, to, \"ltr\");\n    var found = false;\n    for (var i = 0; i < order.length; ++i) {\n      var part = order[i];\n      if (part.from < to && part.to > from || from == to && part.to == from) {\n        f(Math.max(part.from, from), Math.min(part.to, to), part.level == 1 ? \"rtl\" : \"ltr\");\n        found = true;\n      }\n    }\n    if (!found) f(from, to, \"ltr\");\n  }\n\n  function bidiLeft(part) { return part.level % 2 ? part.to : part.from; }\n  function bidiRight(part) { return part.level % 2 ? part.from : part.to; }\n\n  function lineLeft(line) { var order = getOrder(line); return order ? bidiLeft(order[0]) : 0; }\n  function lineRight(line) {\n    var order = getOrder(line);\n    if (!order) return line.text.length;\n    return bidiRight(lst(order));\n  }\n\n  function lineStart(cm, lineN) {\n    var line = getLine(cm.doc, lineN);\n    var visual = visualLine(line);\n    if (visual != line) lineN = lineNo(visual);\n    var order = getOrder(visual);\n    var ch = !order ? 0 : order[0].level % 2 ? lineRight(visual) : lineLeft(visual);\n    return Pos(lineN, ch);\n  }\n  function lineEnd(cm, lineN) {\n    var merged, line = getLine(cm.doc, lineN);\n    while (merged = collapsedSpanAtEnd(line)) {\n      line = merged.find(1, true).line;\n      lineN = null;\n    }\n    var order = getOrder(line);\n    var ch = !order ? line.text.length : order[0].level % 2 ? lineLeft(line) : lineRight(line);\n    return Pos(lineN == null ? lineNo(line) : lineN, ch);\n  }\n  function lineStartSmart(cm, pos) {\n    var start = lineStart(cm, pos.line);\n    var line = getLine(cm.doc, start.line);\n    var order = getOrder(line);\n    if (!order || order[0].level == 0) {\n      var firstNonWS = Math.max(0, line.text.search(/\\S/));\n      var inWS = pos.line == start.line && pos.ch <= firstNonWS && pos.ch;\n      return Pos(start.line, inWS ? 0 : firstNonWS);\n    }\n    return start;\n  }\n\n  function compareBidiLevel(order, a, b) {\n    var linedir = order[0].level;\n    if (a == linedir) return true;\n    if (b == linedir) return false;\n    return a < b;\n  }\n  var bidiOther;\n  function getBidiPartAt(order, pos) {\n    bidiOther = null;\n    for (var i = 0, found; i < order.length; ++i) {\n      var cur = order[i];\n      if (cur.from < pos && cur.to > pos) return i;\n      if ((cur.from == pos || cur.to == pos)) {\n        if (found == null) {\n          found = i;\n        } else if (compareBidiLevel(order, cur.level, order[found].level)) {\n          if (cur.from != cur.to) bidiOther = found;\n          return i;\n        } else {\n          if (cur.from != cur.to) bidiOther = i;\n          return found;\n        }\n      }\n    }\n    return found;\n  }\n\n  function moveInLine(line, pos, dir, byUnit) {\n    if (!byUnit) return pos + dir;\n    do pos += dir;\n    while (pos > 0 && isExtendingChar(line.text.charAt(pos)));\n    return pos;\n  }\n\n  // This is needed in order to move 'visually' through bi-directional\n  // text -- i.e., pressing left should make the cursor go left, even\n  // when in RTL text. The tricky part is the 'jumps', where RTL and\n  // LTR text touch each other. This often requires the cursor offset\n  // to move more than one unit, in order to visually move one unit.\n  function moveVisually(line, start, dir, byUnit) {\n    var bidi = getOrder(line);\n    if (!bidi) return moveLogically(line, start, dir, byUnit);\n    var pos = getBidiPartAt(bidi, start), part = bidi[pos];\n    var target = moveInLine(line, start, part.level % 2 ? -dir : dir, byUnit);\n\n    for (;;) {\n      if (target > part.from && target < part.to) return target;\n      if (target == part.from || target == part.to) {\n        if (getBidiPartAt(bidi, target) == pos) return target;\n        part = bidi[pos += dir];\n        return (dir > 0) == part.level % 2 ? part.to : part.from;\n      } else {\n        part = bidi[pos += dir];\n        if (!part) return null;\n        if ((dir > 0) == part.level % 2)\n          target = moveInLine(line, part.to, -1, byUnit);\n        else\n          target = moveInLine(line, part.from, 1, byUnit);\n      }\n    }\n  }\n\n  function moveLogically(line, start, dir, byUnit) {\n    var target = start + dir;\n    if (byUnit) while (target > 0 && isExtendingChar(line.text.charAt(target))) target += dir;\n    return target < 0 || target > line.text.length ? null : target;\n  }\n\n  // Bidirectional ordering algorithm\n  // See http://unicode.org/reports/tr9/tr9-13.html for the algorithm\n  // that this (partially) implements.\n\n  // One-char codes used for character types:\n  // L (L):   Left-to-Right\n  // R (R):   Right-to-Left\n  // r (AL):  Right-to-Left Arabic\n  // 1 (EN):  European Number\n  // + (ES):  European Number Separator\n  // % (ET):  European Number Terminator\n  // n (AN):  Arabic Number\n  // , (CS):  Common Number Separator\n  // m (NSM): Non-Spacing Mark\n  // b (BN):  Boundary Neutral\n  // s (B):   Paragraph Separator\n  // t (S):   Segment Separator\n  // w (WS):  Whitespace\n  // N (ON):  Other Neutrals\n\n  // Returns null if characters are ordered as they appear\n  // (left-to-right), or an array of sections ({from, to, level}\n  // objects) in the order in which they occur visually.\n  var bidiOrdering = (function() {\n    // Character types for codepoints 0 to 0xff\n    var lowTypes = \"bbbbbbbbbtstwsbbbbbbbbbbbbbbssstwNN%%%NNNNNN,N,N1111111111NNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNbbbbbbsbbbbbbbbbbbbbbbbbbbbbbbbbb,N%%%%NNNNLNNNNN%%11NLNNN1LNNNNNLLLLLLLLLLLLLLLLLLLLLLLNLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLN\";\n    // Character types for codepoints 0x600 to 0x6ff\n    var arabicTypes = \"rrrrrrrrrrrr,rNNmmmmmmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmrrrrrrrnnnnnnnnnn%nnrrrmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmmmmmmNmmmm\";\n    function charType(code) {\n      if (code <= 0xf7) return lowTypes.charAt(code);\n      else if (0x590 <= code && code <= 0x5f4) return \"R\";\n      else if (0x600 <= code && code <= 0x6ed) return arabicTypes.charAt(code - 0x600);\n      else if (0x6ee <= code && code <= 0x8ac) return \"r\";\n      else if (0x2000 <= code && code <= 0x200b) return \"w\";\n      else if (code == 0x200c) return \"b\";\n      else return \"L\";\n    }\n\n    var bidiRE = /[\\u0590-\\u05f4\\u0600-\\u06ff\\u0700-\\u08ac]/;\n    var isNeutral = /[stwN]/, isStrong = /[LRr]/, countsAsLeft = /[Lb1n]/, countsAsNum = /[1n]/;\n    // Browsers seem to always treat the boundaries of block elements as being L.\n    var outerType = \"L\";\n\n    function BidiSpan(level, from, to) {\n      this.level = level;\n      this.from = from; this.to = to;\n    }\n\n    return function(str) {\n      if (!bidiRE.test(str)) return false;\n      var len = str.length, types = [];\n      for (var i = 0, type; i < len; ++i)\n        types.push(type = charType(str.charCodeAt(i)));\n\n      // W1. Examine each non-spacing mark (NSM) in the level run, and\n      // change the type of the NSM to the type of the previous\n      // character. If the NSM is at the start of the level run, it will\n      // get the type of sor.\n      for (var i = 0, prev = outerType; i < len; ++i) {\n        var type = types[i];\n        if (type == \"m\") types[i] = prev;\n        else prev = type;\n      }\n\n      // W2. Search backwards from each instance of a European number\n      // until the first strong type (R, L, AL, or sor) is found. If an\n      // AL is found, change the type of the European number to Arabic\n      // number.\n      // W3. Change all ALs to R.\n      for (var i = 0, cur = outerType; i < len; ++i) {\n        var type = types[i];\n        if (type == \"1\" && cur == \"r\") types[i] = \"n\";\n        else if (isStrong.test(type)) { cur = type; if (type == \"r\") types[i] = \"R\"; }\n      }\n\n      // W4. A single European separator between two European numbers\n      // changes to a European number. A single common separator between\n      // two numbers of the same type changes to that type.\n      for (var i = 1, prev = types[0]; i < len - 1; ++i) {\n        var type = types[i];\n        if (type == \"+\" && prev == \"1\" && types[i+1] == \"1\") types[i] = \"1\";\n        else if (type == \",\" && prev == types[i+1] &&\n                 (prev == \"1\" || prev == \"n\")) types[i] = prev;\n        prev = type;\n      }\n\n      // W5. A sequence of European terminators adjacent to European\n      // numbers changes to all European numbers.\n      // W6. Otherwise, separators and terminators change to Other\n      // Neutral.\n      for (var i = 0; i < len; ++i) {\n        var type = types[i];\n        if (type == \",\") types[i] = \"N\";\n        else if (type == \"%\") {\n          for (var end = i + 1; end < len && types[end] == \"%\"; ++end) {}\n          var replace = (i && types[i-1] == \"!\") || (end < len && types[end] == \"1\") ? \"1\" : \"N\";\n          for (var j = i; j < end; ++j) types[j] = replace;\n          i = end - 1;\n        }\n      }\n\n      // W7. Search backwards from each instance of a European number\n      // until the first strong type (R, L, or sor) is found. If an L is\n      // found, then change the type of the European number to L.\n      for (var i = 0, cur = outerType; i < len; ++i) {\n        var type = types[i];\n        if (cur == \"L\" && type == \"1\") types[i] = \"L\";\n        else if (isStrong.test(type)) cur = type;\n      }\n\n      // N1. A sequence of neutrals takes the direction of the\n      // surrounding strong text if the text on both sides has the same\n      // direction. European and Arabic numbers act as if they were R in\n      // terms of their influence on neutrals. Start-of-level-run (sor)\n      // and end-of-level-run (eor) are used at level run boundaries.\n      // N2. Any remaining neutrals take the embedding direction.\n      for (var i = 0; i < len; ++i) {\n        if (isNeutral.test(types[i])) {\n          for (var end = i + 1; end < len && isNeutral.test(types[end]); ++end) {}\n          var before = (i ? types[i-1] : outerType) == \"L\";\n          var after = (end < len ? types[end] : outerType) == \"L\";\n          var replace = before || after ? \"L\" : \"R\";\n          for (var j = i; j < end; ++j) types[j] = replace;\n          i = end - 1;\n        }\n      }\n\n      // Here we depart from the documented algorithm, in order to avoid\n      // building up an actual levels array. Since there are only three\n      // levels (0, 1, 2) in an implementation that doesn't take\n      // explicit embedding into account, we can build up the order on\n      // the fly, without following the level-based algorithm.\n      var order = [], m;\n      for (var i = 0; i < len;) {\n        if (countsAsLeft.test(types[i])) {\n          var start = i;\n          for (++i; i < len && countsAsLeft.test(types[i]); ++i) {}\n          order.push(new BidiSpan(0, start, i));\n        } else {\n          var pos = i, at = order.length;\n          for (++i; i < len && types[i] != \"L\"; ++i) {}\n          for (var j = pos; j < i;) {\n            if (countsAsNum.test(types[j])) {\n              if (pos < j) order.splice(at, 0, new BidiSpan(1, pos, j));\n              var nstart = j;\n              for (++j; j < i && countsAsNum.test(types[j]); ++j) {}\n              order.splice(at, 0, new BidiSpan(2, nstart, j));\n              pos = j;\n            } else ++j;\n          }\n          if (pos < i) order.splice(at, 0, new BidiSpan(1, pos, i));\n        }\n      }\n      if (order[0].level == 1 && (m = str.match(/^\\s+/))) {\n        order[0].from = m[0].length;\n        order.unshift(new BidiSpan(0, 0, m[0].length));\n      }\n      if (lst(order).level == 1 && (m = str.match(/\\s+$/))) {\n        lst(order).to -= m[0].length;\n        order.push(new BidiSpan(0, len - m[0].length, len));\n      }\n      if (order[0].level == 2)\n        order.unshift(new BidiSpan(1, order[0].to, order[0].to));\n      if (order[0].level != lst(order).level)\n        order.push(new BidiSpan(order[0].level, len, len));\n\n      return order;\n    };\n  })();\n\n  // THE END\n\n  CodeMirror.version = \"5.13.2\";\n\n  return CodeMirror;\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css": {
            "text": "/* BASICS */\n\n.CodeMirror {\n  /* Set height, width, borders, and global font properties here */\n  font-family: monospace;\n  height: 300px;\n  color: black;\n}\n\n/* PADDING */\n\n.CodeMirror-lines {\n  padding: 4px 0; /* Vertical padding around content */\n}\n.CodeMirror pre {\n  padding: 0 4px; /* Horizontal padding of content */\n}\n\n.CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n  background-color: white; /* The little square between H and V scrollbars */\n}\n\n/* GUTTER */\n\n.CodeMirror-gutters {\n  border-right: 1px solid #ddd;\n  background-color: #f7f7f7;\n  white-space: nowrap;\n}\n.CodeMirror-linenumbers {}\n.CodeMirror-linenumber {\n  padding: 0 3px 0 5px;\n  min-width: 20px;\n  text-align: right;\n  color: #999;\n  white-space: nowrap;\n}\n\n.CodeMirror-guttermarker { color: black; }\n.CodeMirror-guttermarker-subtle { color: #999; }\n\n/* CURSOR */\n\n.CodeMirror-cursor {\n  border-left: 1px solid black;\n  border-right: none;\n  width: 0;\n}\n/* Shown when moving in bi-directional text */\n.CodeMirror div.CodeMirror-secondarycursor {\n  border-left: 1px solid silver;\n}\n.cm-fat-cursor .CodeMirror-cursor {\n  width: auto;\n  border: 0;\n  background: #7e7;\n}\n.cm-fat-cursor div.CodeMirror-cursors {\n  z-index: 1;\n}\n\n.cm-animate-fat-cursor {\n  width: auto;\n  border: 0;\n  -webkit-animation: blink 1.06s steps(1) infinite;\n  -moz-animation: blink 1.06s steps(1) infinite;\n  animation: blink 1.06s steps(1) infinite;\n  background-color: #7e7;\n}\n@-moz-keyframes blink {\n  0% {}\n  50% { background-color: transparent; }\n  100% {}\n}\n@-webkit-keyframes blink {\n  0% {}\n  50% { background-color: transparent; }\n  100% {}\n}\n@keyframes blink {\n  0% {}\n  50% { background-color: transparent; }\n  100% {}\n}\n\n/* Can style cursor different in overwrite (non-insert) mode */\n.CodeMirror-overwrite .CodeMirror-cursor {}\n\n.cm-tab { display: inline-block; text-decoration: inherit; }\n\n.CodeMirror-ruler {\n  border-left: 1px solid #ccc;\n  position: absolute;\n}\n\n/* DEFAULT THEME */\n\n.cm-s-default .cm-header {color: blue;}\n.cm-s-default .cm-quote {color: #090;}\n.cm-negative {color: #d44;}\n.cm-positive {color: #292;}\n.cm-header, .cm-strong {font-weight: bold;}\n.cm-em {font-style: italic;}\n.cm-link {text-decoration: underline;}\n.cm-strikethrough {text-decoration: line-through;}\n\n.cm-s-default .cm-keyword {color: #708;}\n.cm-s-default .cm-atom {color: #219;}\n.cm-s-default .cm-number {color: #164;}\n.cm-s-default .cm-def {color: #00f;}\n.cm-s-default .cm-variable,\n.cm-s-default .cm-punctuation,\n.cm-s-default .cm-property,\n.cm-s-default .cm-operator {}\n.cm-s-default .cm-variable-2 {color: #05a;}\n.cm-s-default .cm-variable-3 {color: #085;}\n.cm-s-default .cm-comment {color: #a50;}\n.cm-s-default .cm-string {color: #a11;}\n.cm-s-default .cm-string-2 {color: #f50;}\n.cm-s-default .cm-meta {color: #555;}\n.cm-s-default .cm-qualifier {color: #555;}\n.cm-s-default .cm-builtin {color: #30a;}\n.cm-s-default .cm-bracket {color: #997;}\n.cm-s-default .cm-tag {color: #170;}\n.cm-s-default .cm-attribute {color: #00c;}\n.cm-s-default .cm-hr {color: #999;}\n.cm-s-default .cm-link {color: #00c;}\n\n.cm-s-default .cm-error {color: #f00;}\n.cm-invalidchar {color: #f00;}\n\n.CodeMirror-composing { border-bottom: 2px solid; }\n\n/* Default styles for common addons */\n\ndiv.CodeMirror span.CodeMirror-matchingbracket {color: #0f0;}\ndiv.CodeMirror span.CodeMirror-nonmatchingbracket {color: #f22;}\n.CodeMirror-matchingtag { background: rgba(255, 150, 0, .3); }\n.CodeMirror-activeline-background {background: #e8f2ff;}\n\n/* STOP */\n\n/* The rest of this file contains styles related to the mechanics of\n   the editor. You probably shouldn't touch them. */\n\n.CodeMirror {\n  position: relative;\n  overflow: hidden;\n  background: white;\n}\n\n.CodeMirror-scroll {\n  overflow: scroll !important; /* Things will break if this is overridden */\n  /* 30px is the magic margin used to hide the element's real scrollbars */\n  /* See overflow: hidden in .CodeMirror */\n  margin-bottom: -30px; margin-right: -30px;\n  padding-bottom: 30px;\n  height: 100%;\n  outline: none; /* Prevent dragging from highlighting the element */\n  position: relative;\n}\n.CodeMirror-sizer {\n  position: relative;\n  border-right: 30px solid transparent;\n}\n\n/* The fake, visible scrollbars. Used to force redraw during scrolling\n   before actual scrolling happens, thus preventing shaking and\n   flickering artifacts. */\n.CodeMirror-vscrollbar, .CodeMirror-hscrollbar, .CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n  position: absolute;\n  z-index: 6;\n  display: none;\n}\n.CodeMirror-vscrollbar {\n  right: 0; top: 0;\n  overflow-x: hidden;\n  overflow-y: scroll;\n}\n.CodeMirror-hscrollbar {\n  bottom: 0; left: 0;\n  overflow-y: hidden;\n  overflow-x: scroll;\n}\n.CodeMirror-scrollbar-filler {\n  right: 0; bottom: 0;\n}\n.CodeMirror-gutter-filler {\n  left: 0; bottom: 0;\n}\n\n.CodeMirror-gutters {\n  position: absolute; left: 0; top: 0;\n  min-height: 100%;\n  z-index: 3;\n}\n.CodeMirror-gutter {\n  white-space: normal;\n  height: 100%;\n  display: inline-block;\n  vertical-align: top;\n  margin-bottom: -30px;\n  /* Hack to make IE7 behave */\n  *zoom:1;\n  *display:inline;\n}\n.CodeMirror-gutter-wrapper {\n  position: absolute;\n  z-index: 4;\n  background: none !important;\n  border: none !important;\n}\n.CodeMirror-gutter-background {\n  position: absolute;\n  top: 0; bottom: 0;\n  z-index: 4;\n}\n.CodeMirror-gutter-elt {\n  position: absolute;\n  cursor: default;\n  z-index: 4;\n}\n.CodeMirror-gutter-wrapper {\n  -webkit-user-select: none;\n  -moz-user-select: none;\n  user-select: none;\n}\n\n.CodeMirror-lines {\n  cursor: text;\n  min-height: 1px; /* prevents collapsing before first draw */\n}\n.CodeMirror pre {\n  /* Reset some styles that the rest of the page might have set */\n  -moz-border-radius: 0; -webkit-border-radius: 0; border-radius: 0;\n  border-width: 0;\n  background: transparent;\n  font-family: inherit;\n  font-size: inherit;\n  margin: 0;\n  white-space: pre;\n  word-wrap: normal;\n  line-height: inherit;\n  color: inherit;\n  z-index: 2;\n  position: relative;\n  overflow: visible;\n  -webkit-tap-highlight-color: transparent;\n  -webkit-font-variant-ligatures: none;\n  font-variant-ligatures: none;\n}\n.CodeMirror-wrap pre {\n  word-wrap: break-word;\n  white-space: pre-wrap;\n  word-break: normal;\n}\n\n.CodeMirror-linebackground {\n  position: absolute;\n  left: 0; right: 0; top: 0; bottom: 0;\n  z-index: 0;\n}\n\n.CodeMirror-linewidget {\n  position: relative;\n  z-index: 2;\n  overflow: auto;\n}\n\n.CodeMirror-widget {}\n\n.CodeMirror-code {\n  outline: none;\n}\n\n/* Force content-box sizing for the elements where we expect it */\n.CodeMirror-scroll,\n.CodeMirror-sizer,\n.CodeMirror-gutter,\n.CodeMirror-gutters,\n.CodeMirror-linenumber {\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n}\n\n.CodeMirror-measure {\n  position: absolute;\n  width: 100%;\n  height: 0;\n  overflow: hidden;\n  visibility: hidden;\n}\n\n.CodeMirror-cursor { position: absolute; }\n.CodeMirror-measure pre { position: static; }\n\ndiv.CodeMirror-cursors {\n  visibility: hidden;\n  position: relative;\n  z-index: 3;\n}\ndiv.CodeMirror-dragcursors {\n  visibility: visible;\n}\n\n.CodeMirror-focused div.CodeMirror-cursors {\n  visibility: visible;\n}\n\n.CodeMirror-selected { background: #d9d9d9; }\n.CodeMirror-focused .CodeMirror-selected { background: #d7d4f0; }\n.CodeMirror-crosshair { cursor: crosshair; }\n.CodeMirror-line::selection, .CodeMirror-line > span::selection, .CodeMirror-line > span > span::selection { background: #d7d4f0; }\n.CodeMirror-line::-moz-selection, .CodeMirror-line > span::-moz-selection, .CodeMirror-line > span > span::-moz-selection { background: #d7d4f0; }\n\n.cm-searching {\n  background: #ffa;\n  background: rgba(255, 255, 0, .4);\n}\n\n/* IE7 hack to prevent it from returning funny offsetTops on the spans */\n.CodeMirror span { *vertical-align: text-bottom; }\n\n/* Used to force a border model for a node */\n.cm-force-border { padding-right: .1px; }\n\n@media print {\n  /* Hide the cursor when printing */\n  .CodeMirror div.CodeMirror-cursors {\n    visibility: hidden;\n  }\n}\n\n/* See issue #2901 */\n.cm-tab-wrap-hack:after { content: ''; }\n\n/* Help users use markselection to safely style text background */\nspan.CodeMirror-selectedtext { background: none; }\n",
            "type": "text/css",
            "title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css",
            "tags": "[[$:/tags/Stylesheet]]"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css": {
            "text": ".CodeMirror-dialog {\n  position: absolute;\n  left: 0; right: 0;\n  background: inherit;\n  z-index: 15;\n  padding: .1em .8em;\n  overflow: hidden;\n  color: inherit;\n}\n\n.CodeMirror-dialog-top {\n  border-bottom: 1px solid #eee;\n  top: 0;\n}\n\n.CodeMirror-dialog-bottom {\n  border-top: 1px solid #eee;\n  bottom: 0;\n}\n\n.CodeMirror-dialog input {\n  border: none;\n  outline: none;\n  background: transparent;\n  width: 20em;\n  color: inherit;\n  font-family: monospace;\n}\n\n.CodeMirror-dialog button {\n  font-size: 70%;\n}\n",
            "type": "text/css",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css",
            "tags": "[[$:/tags/Stylesheet]]"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// Open simple dialogs on top of an editor. Relies on dialog.css.\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  function dialogDiv(cm, template, bottom) {\n    var wrap = cm.getWrapperElement();\n    var dialog;\n    dialog = wrap.appendChild(document.createElement(\"div\"));\n    if (bottom)\n      dialog.className = \"CodeMirror-dialog CodeMirror-dialog-bottom\";\n    else\n      dialog.className = \"CodeMirror-dialog CodeMirror-dialog-top\";\n\n    if (typeof template == \"string\") {\n      dialog.innerHTML = template;\n    } else { // Assuming it's a detached DOM element.\n      dialog.appendChild(template);\n    }\n    return dialog;\n  }\n\n  function closeNotification(cm, newVal) {\n    if (cm.state.currentNotificationClose)\n      cm.state.currentNotificationClose();\n    cm.state.currentNotificationClose = newVal;\n  }\n\n  CodeMirror.defineExtension(\"openDialog\", function(template, callback, options) {\n    if (!options) options = {};\n\n    closeNotification(this, null);\n\n    var dialog = dialogDiv(this, template, options.bottom);\n    var closed = false, me = this;\n    function close(newVal) {\n      if (typeof newVal == 'string') {\n        inp.value = newVal;\n      } else {\n        if (closed) return;\n        closed = true;\n        dialog.parentNode.removeChild(dialog);\n        me.focus();\n\n        if (options.onClose) options.onClose(dialog);\n      }\n    }\n\n    var inp = dialog.getElementsByTagName(\"input\")[0], button;\n    if (inp) {\n      inp.focus();\n\n      if (options.value) {\n        inp.value = options.value;\n        if (options.selectValueOnOpen !== false) {\n          inp.select();\n        }\n      }\n\n      if (options.onInput)\n        CodeMirror.on(inp, \"input\", function(e) { options.onInput(e, inp.value, close);});\n      if (options.onKeyUp)\n        CodeMirror.on(inp, \"keyup\", function(e) {options.onKeyUp(e, inp.value, close);});\n\n      CodeMirror.on(inp, \"keydown\", function(e) {\n        if (options && options.onKeyDown && options.onKeyDown(e, inp.value, close)) { return; }\n        if (e.keyCode == 27 || (options.closeOnEnter !== false && e.keyCode == 13)) {\n          inp.blur();\n          CodeMirror.e_stop(e);\n          close();\n        }\n        if (e.keyCode == 13) callback(inp.value, e);\n      });\n\n      if (options.closeOnBlur !== false) CodeMirror.on(inp, \"blur\", close);\n    } else if (button = dialog.getElementsByTagName(\"button\")[0]) {\n      CodeMirror.on(button, \"click\", function() {\n        close();\n        me.focus();\n      });\n\n      if (options.closeOnBlur !== false) CodeMirror.on(button, \"blur\", close);\n\n      button.focus();\n    }\n    return close;\n  });\n\n  CodeMirror.defineExtension(\"openConfirm\", function(template, callbacks, options) {\n    closeNotification(this, null);\n    var dialog = dialogDiv(this, template, options && options.bottom);\n    var buttons = dialog.getElementsByTagName(\"button\");\n    var closed = false, me = this, blurring = 1;\n    function close() {\n      if (closed) return;\n      closed = true;\n      dialog.parentNode.removeChild(dialog);\n      me.focus();\n    }\n    buttons[0].focus();\n    for (var i = 0; i < buttons.length; ++i) {\n      var b = buttons[i];\n      (function(callback) {\n        CodeMirror.on(b, \"click\", function(e) {\n          CodeMirror.e_preventDefault(e);\n          close();\n          if (callback) callback(me);\n        });\n      })(callbacks[i]);\n      CodeMirror.on(b, \"blur\", function() {\n        --blurring;\n        setTimeout(function() { if (blurring <= 0) close(); }, 200);\n      });\n      CodeMirror.on(b, \"focus\", function() { ++blurring; });\n    }\n  });\n\n  /*\n   * openNotification\n   * Opens a notification, that can be closed with an optional timer\n   * (default 5000ms timer) and always closes on click.\n   *\n   * If a notification is opened while another is opened, it will close the\n   * currently opened one and open the new one immediately.\n   */\n  CodeMirror.defineExtension(\"openNotification\", function(template, options) {\n    closeNotification(this, close);\n    var dialog = dialogDiv(this, template, options && options.bottom);\n    var closed = false, doneTimer;\n    var duration = options && typeof options.duration !== \"undefined\" ? options.duration : 5000;\n\n    function close() {\n      if (closed) return;\n      closed = true;\n      clearTimeout(doneTimer);\n      dialog.parentNode.removeChild(dialog);\n    }\n\n    CodeMirror.on(dialog, 'click', function(e) {\n      CodeMirror.e_preventDefault(e);\n      close();\n    });\n\n    if (duration)\n      doneTimer = setTimeout(close, duration);\n\n    return close;\n  });\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  var ie_lt8 = /MSIE \\d/.test(navigator.userAgent) &&\n    (document.documentMode == null || document.documentMode < 8);\n\n  var Pos = CodeMirror.Pos;\n\n  var matching = {\"(\": \")>\", \")\": \"(<\", \"[\": \"]>\", \"]\": \"[<\", \"{\": \"}>\", \"}\": \"{<\"};\n\n  function findMatchingBracket(cm, where, strict, config) {\n    var line = cm.getLineHandle(where.line), pos = where.ch - 1;\n    var match = (pos >= 0 && matching[line.text.charAt(pos)]) || matching[line.text.charAt(++pos)];\n    if (!match) return null;\n    var dir = match.charAt(1) == \">\" ? 1 : -1;\n    if (strict && (dir > 0) != (pos == where.ch)) return null;\n    var style = cm.getTokenTypeAt(Pos(where.line, pos + 1));\n\n    var found = scanForBracket(cm, Pos(where.line, pos + (dir > 0 ? 1 : 0)), dir, style || null, config);\n    if (found == null) return null;\n    return {from: Pos(where.line, pos), to: found && found.pos,\n            match: found && found.ch == match.charAt(0), forward: dir > 0};\n  }\n\n  // bracketRegex is used to specify which type of bracket to scan\n  // should be a regexp, e.g. /[[\\]]/\n  //\n  // Note: If \"where\" is on an open bracket, then this bracket is ignored.\n  //\n  // Returns false when no bracket was found, null when it reached\n  // maxScanLines and gave up\n  function scanForBracket(cm, where, dir, style, config) {\n    var maxScanLen = (config && config.maxScanLineLength) || 10000;\n    var maxScanLines = (config && config.maxScanLines) || 1000;\n\n    var stack = [];\n    var re = config && config.bracketRegex ? config.bracketRegex : /[(){}[\\]]/;\n    var lineEnd = dir > 0 ? Math.min(where.line + maxScanLines, cm.lastLine() + 1)\n                          : Math.max(cm.firstLine() - 1, where.line - maxScanLines);\n    for (var lineNo = where.line; lineNo != lineEnd; lineNo += dir) {\n      var line = cm.getLine(lineNo);\n      if (!line) continue;\n      var pos = dir > 0 ? 0 : line.length - 1, end = dir > 0 ? line.length : -1;\n      if (line.length > maxScanLen) continue;\n      if (lineNo == where.line) pos = where.ch - (dir < 0 ? 1 : 0);\n      for (; pos != end; pos += dir) {\n        var ch = line.charAt(pos);\n        if (re.test(ch) && (style === undefined || cm.getTokenTypeAt(Pos(lineNo, pos + 1)) == style)) {\n          var match = matching[ch];\n          if ((match.charAt(1) == \">\") == (dir > 0)) stack.push(ch);\n          else if (!stack.length) return {pos: Pos(lineNo, pos), ch: ch};\n          else stack.pop();\n        }\n      }\n    }\n    return lineNo - dir == (dir > 0 ? cm.lastLine() : cm.firstLine()) ? false : null;\n  }\n\n  function matchBrackets(cm, autoclear, config) {\n    // Disable brace matching in long lines, since it'll cause hugely slow updates\n    var maxHighlightLen = cm.state.matchBrackets.maxHighlightLineLength || 1000;\n    var marks = [], ranges = cm.listSelections();\n    for (var i = 0; i < ranges.length; i++) {\n      var match = ranges[i].empty() && findMatchingBracket(cm, ranges[i].head, false, config);\n      if (match && cm.getLine(match.from.line).length <= maxHighlightLen) {\n        var style = match.match ? \"CodeMirror-matchingbracket\" : \"CodeMirror-nonmatchingbracket\";\n        marks.push(cm.markText(match.from, Pos(match.from.line, match.from.ch + 1), {className: style}));\n        if (match.to && cm.getLine(match.to.line).length <= maxHighlightLen)\n          marks.push(cm.markText(match.to, Pos(match.to.line, match.to.ch + 1), {className: style}));\n      }\n    }\n\n    if (marks.length) {\n      // Kludge to work around the IE bug from issue #1193, where text\n      // input stops going to the textare whever this fires.\n      if (ie_lt8 && cm.state.focused) cm.focus();\n\n      var clear = function() {\n        cm.operation(function() {\n          for (var i = 0; i < marks.length; i++) marks[i].clear();\n        });\n      };\n      if (autoclear) setTimeout(clear, 800);\n      else return clear;\n    }\n  }\n\n  var currentlyHighlighted = null;\n  function doMatchBrackets(cm) {\n    cm.operation(function() {\n      if (currentlyHighlighted) {currentlyHighlighted(); currentlyHighlighted = null;}\n      currentlyHighlighted = matchBrackets(cm, false, cm.state.matchBrackets);\n    });\n  }\n\n  CodeMirror.defineOption(\"matchBrackets\", false, function(cm, val, old) {\n    if (old && old != CodeMirror.Init)\n      cm.off(\"cursorActivity\", doMatchBrackets);\n    if (val) {\n      cm.state.matchBrackets = typeof val == \"object\" ? val : {};\n      cm.on(\"cursorActivity\", doMatchBrackets);\n    }\n  });\n\n  CodeMirror.defineExtension(\"matchBrackets\", function() {matchBrackets(this, true);});\n  CodeMirror.defineExtension(\"findMatchingBracket\", function(pos, strict, config){\n    return findMatchingBracket(this, pos, strict, config);\n  });\n  CodeMirror.defineExtension(\"scanForBracket\", function(pos, dir, style, config){\n    return scanForBracket(this, pos, dir, style, config);\n  });\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.multiplexingMode = function(outer /*, others */) {\n  // Others should be {open, close, mode [, delimStyle] [, innerStyle]} objects\n  var others = Array.prototype.slice.call(arguments, 1);\n\n  function indexOf(string, pattern, from, returnEnd) {\n    if (typeof pattern == \"string\") {\n      var found = string.indexOf(pattern, from);\n      return returnEnd && found > -1 ? found + pattern.length : found;\n    }\n    var m = pattern.exec(from ? string.slice(from) : string);\n    return m ? m.index + from + (returnEnd ? m[0].length : 0) : -1;\n  }\n\n  return {\n    startState: function() {\n      return {\n        outer: CodeMirror.startState(outer),\n        innerActive: null,\n        inner: null\n      };\n    },\n\n    copyState: function(state) {\n      return {\n        outer: CodeMirror.copyState(outer, state.outer),\n        innerActive: state.innerActive,\n        inner: state.innerActive && CodeMirror.copyState(state.innerActive.mode, state.inner)\n      };\n    },\n\n    token: function(stream, state) {\n      if (!state.innerActive) {\n        var cutOff = Infinity, oldContent = stream.string;\n        for (var i = 0; i < others.length; ++i) {\n          var other = others[i];\n          var found = indexOf(oldContent, other.open, stream.pos);\n          if (found == stream.pos) {\n            if (!other.parseDelimiters) stream.match(other.open);\n            state.innerActive = other;\n            state.inner = CodeMirror.startState(other.mode, outer.indent ? outer.indent(state.outer, \"\") : 0);\n            return other.delimStyle && (other.delimStyle + \" \" + other.delimStyle + \"-open\");\n          } else if (found != -1 && found < cutOff) {\n            cutOff = found;\n          }\n        }\n        if (cutOff != Infinity) stream.string = oldContent.slice(0, cutOff);\n        var outerToken = outer.token(stream, state.outer);\n        if (cutOff != Infinity) stream.string = oldContent;\n        return outerToken;\n      } else {\n        var curInner = state.innerActive, oldContent = stream.string;\n        if (!curInner.close && stream.sol()) {\n          state.innerActive = state.inner = null;\n          return this.token(stream, state);\n        }\n        var found = curInner.close ? indexOf(oldContent, curInner.close, stream.pos, curInner.parseDelimiters) : -1;\n        if (found == stream.pos && !curInner.parseDelimiters) {\n          stream.match(curInner.close);\n          state.innerActive = state.inner = null;\n          return curInner.delimStyle && (curInner.delimStyle + \" \" + curInner.delimStyle + \"-close\");\n        }\n        if (found > -1) stream.string = oldContent.slice(0, found);\n        var innerToken = curInner.mode.token(stream, state.inner);\n        if (found > -1) stream.string = oldContent;\n\n        if (found == stream.pos && curInner.parseDelimiters)\n          state.innerActive = state.inner = null;\n\n        if (curInner.innerStyle) {\n          if (innerToken) innerToken = innerToken + \" \" + curInner.innerStyle;\n          else innerToken = curInner.innerStyle;\n        }\n\n        return innerToken;\n      }\n    },\n\n    indent: function(state, textAfter) {\n      var mode = state.innerActive ? state.innerActive.mode : outer;\n      if (!mode.indent) return CodeMirror.Pass;\n      return mode.indent(state.innerActive ? state.inner : state.outer, textAfter);\n    },\n\n    blankLine: function(state) {\n      var mode = state.innerActive ? state.innerActive.mode : outer;\n      if (mode.blankLine) {\n        mode.blankLine(state.innerActive ? state.inner : state.outer);\n      }\n      if (!state.innerActive) {\n        for (var i = 0; i < others.length; ++i) {\n          var other = others[i];\n          if (other.open === \"\\n\") {\n            state.innerActive = other;\n            state.inner = CodeMirror.startState(other.mode, mode.indent ? mode.indent(state.outer, \"\") : 0);\n          }\n        }\n      } else if (state.innerActive.close === \"\\n\") {\n        state.innerActive = state.inner = null;\n      }\n    },\n\n    electricChars: outer.electricChars,\n\n    innerMode: function(state) {\n      return state.inner ? {state: state.inner, mode: state.innerActive.mode} : {state: state.outer, mode: outer};\n    }\n  };\n};\n\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n  var Pos = CodeMirror.Pos;\n\n  function SearchCursor(doc, query, pos, caseFold) {\n    this.atOccurrence = false; this.doc = doc;\n    if (caseFold == null && typeof query == \"string\") caseFold = false;\n\n    pos = pos ? doc.clipPos(pos) : Pos(0, 0);\n    this.pos = {from: pos, to: pos};\n\n    // The matches method is filled in based on the type of query.\n    // It takes a position and a direction, and returns an object\n    // describing the next occurrence of the query, or null if no\n    // more matches were found.\n    if (typeof query != \"string\") { // Regexp match\n      if (!query.global) query = new RegExp(query.source, query.ignoreCase ? \"ig\" : \"g\");\n      this.matches = function(reverse, pos) {\n        if (reverse) {\n          query.lastIndex = 0;\n          var line = doc.getLine(pos.line).slice(0, pos.ch), cutOff = 0, match, start;\n          for (;;) {\n            query.lastIndex = cutOff;\n            var newMatch = query.exec(line);\n            if (!newMatch) break;\n            match = newMatch;\n            start = match.index;\n            cutOff = match.index + (match[0].length || 1);\n            if (cutOff == line.length) break;\n          }\n          var matchLen = (match && match[0].length) || 0;\n          if (!matchLen) {\n            if (start == 0 && line.length == 0) {match = undefined;}\n            else if (start != doc.getLine(pos.line).length) {\n              matchLen++;\n            }\n          }\n        } else {\n          query.lastIndex = pos.ch;\n          var line = doc.getLine(pos.line), match = query.exec(line);\n          var matchLen = (match && match[0].length) || 0;\n          var start = match && match.index;\n          if (start + matchLen != line.length && !matchLen) matchLen = 1;\n        }\n        if (match && matchLen)\n          return {from: Pos(pos.line, start),\n                  to: Pos(pos.line, start + matchLen),\n                  match: match};\n      };\n    } else { // String query\n      var origQuery = query;\n      if (caseFold) query = query.toLowerCase();\n      var fold = caseFold ? function(str){return str.toLowerCase();} : function(str){return str;};\n      var target = query.split(\"\\n\");\n      // Different methods for single-line and multi-line queries\n      if (target.length == 1) {\n        if (!query.length) {\n          // Empty string would match anything and never progress, so\n          // we define it to match nothing instead.\n          this.matches = function() {};\n        } else {\n          this.matches = function(reverse, pos) {\n            if (reverse) {\n              var orig = doc.getLine(pos.line).slice(0, pos.ch), line = fold(orig);\n              var match = line.lastIndexOf(query);\n              if (match > -1) {\n                match = adjustPos(orig, line, match);\n                return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n              }\n             } else {\n               var orig = doc.getLine(pos.line).slice(pos.ch), line = fold(orig);\n               var match = line.indexOf(query);\n               if (match > -1) {\n                 match = adjustPos(orig, line, match) + pos.ch;\n                 return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n               }\n            }\n          };\n        }\n      } else {\n        var origTarget = origQuery.split(\"\\n\");\n        this.matches = function(reverse, pos) {\n          var last = target.length - 1;\n          if (reverse) {\n            if (pos.line - (target.length - 1) < doc.firstLine()) return;\n            if (fold(doc.getLine(pos.line).slice(0, origTarget[last].length)) != target[target.length - 1]) return;\n            var to = Pos(pos.line, origTarget[last].length);\n            for (var ln = pos.line - 1, i = last - 1; i >= 1; --i, --ln)\n              if (target[i] != fold(doc.getLine(ln))) return;\n            var line = doc.getLine(ln), cut = line.length - origTarget[0].length;\n            if (fold(line.slice(cut)) != target[0]) return;\n            return {from: Pos(ln, cut), to: to};\n          } else {\n            if (pos.line + (target.length - 1) > doc.lastLine()) return;\n            var line = doc.getLine(pos.line), cut = line.length - origTarget[0].length;\n            if (fold(line.slice(cut)) != target[0]) return;\n            var from = Pos(pos.line, cut);\n            for (var ln = pos.line + 1, i = 1; i < last; ++i, ++ln)\n              if (target[i] != fold(doc.getLine(ln))) return;\n            if (fold(doc.getLine(ln).slice(0, origTarget[last].length)) != target[last]) return;\n            return {from: from, to: Pos(ln, origTarget[last].length)};\n          }\n        };\n      }\n    }\n  }\n\n  SearchCursor.prototype = {\n    findNext: function() {return this.find(false);},\n    findPrevious: function() {return this.find(true);},\n\n    find: function(reverse) {\n      var self = this, pos = this.doc.clipPos(reverse ? this.pos.from : this.pos.to);\n      function savePosAndFail(line) {\n        var pos = Pos(line, 0);\n        self.pos = {from: pos, to: pos};\n        self.atOccurrence = false;\n        return false;\n      }\n\n      for (;;) {\n        if (this.pos = this.matches(reverse, pos)) {\n          this.atOccurrence = true;\n          return this.pos.match || true;\n        }\n        if (reverse) {\n          if (!pos.line) return savePosAndFail(0);\n          pos = Pos(pos.line-1, this.doc.getLine(pos.line-1).length);\n        }\n        else {\n          var maxLine = this.doc.lineCount();\n          if (pos.line == maxLine - 1) return savePosAndFail(maxLine);\n          pos = Pos(pos.line + 1, 0);\n        }\n      }\n    },\n\n    from: function() {if (this.atOccurrence) return this.pos.from;},\n    to: function() {if (this.atOccurrence) return this.pos.to;},\n\n    replace: function(newText, origin) {\n      if (!this.atOccurrence) return;\n      var lines = CodeMirror.splitLines(newText);\n      this.doc.replaceRange(lines, this.pos.from, this.pos.to, origin);\n      this.pos.to = Pos(this.pos.from.line + lines.length - 1,\n                        lines[lines.length - 1].length + (lines.length == 1 ? this.pos.from.ch : 0));\n    }\n  };\n\n  // Maps a position in a case-folded line back to a position in the original line\n  // (compensating for codepoints increasing in number during folding)\n  function adjustPos(orig, folded, pos) {\n    if (orig.length == folded.length) return pos;\n    for (var pos1 = Math.min(pos, orig.length);;) {\n      var len1 = orig.slice(0, pos1).toLowerCase().length;\n      if (len1 < pos) ++pos1;\n      else if (len1 > pos) --pos1;\n      else return pos1;\n    }\n  }\n\n  CodeMirror.defineExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n    return new SearchCursor(this.doc, query, pos, caseFold);\n  });\n  CodeMirror.defineDocExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n    return new SearchCursor(this, query, pos, caseFold);\n  });\n\n  CodeMirror.defineExtension(\"selectMatches\", function(query, caseFold) {\n    var ranges = [];\n    var cur = this.getSearchCursor(query, this.getCursor(\"from\"), caseFold);\n    while (cur.findNext()) {\n      if (CodeMirror.cmpPos(cur.to(), this.getCursor(\"to\")) > 0) break;\n      ranges.push({anchor: cur.from(), head: cur.to()});\n    }\n    if (ranges.length)\n      this.setSelections(ranges, 0);\n  });\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/css/css.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"css\", function(config, parserConfig) {\n  var inline = parserConfig.inline\n  if (!parserConfig.propertyKeywords) parserConfig = CodeMirror.resolveMode(\"text/css\");\n\n  var indentUnit = config.indentUnit,\n      tokenHooks = parserConfig.tokenHooks,\n      documentTypes = parserConfig.documentTypes || {},\n      mediaTypes = parserConfig.mediaTypes || {},\n      mediaFeatures = parserConfig.mediaFeatures || {},\n      mediaValueKeywords = parserConfig.mediaValueKeywords || {},\n      propertyKeywords = parserConfig.propertyKeywords || {},\n      nonStandardPropertyKeywords = parserConfig.nonStandardPropertyKeywords || {},\n      fontProperties = parserConfig.fontProperties || {},\n      counterDescriptors = parserConfig.counterDescriptors || {},\n      colorKeywords = parserConfig.colorKeywords || {},\n      valueKeywords = parserConfig.valueKeywords || {},\n      allowNested = parserConfig.allowNested,\n      supportsAtComponent = parserConfig.supportsAtComponent === true;\n\n  var type, override;\n  function ret(style, tp) { type = tp; return style; }\n\n  // Tokenizers\n\n  function tokenBase(stream, state) {\n    var ch = stream.next();\n    if (tokenHooks[ch]) {\n      var result = tokenHooks[ch](stream, state);\n      if (result !== false) return result;\n    }\n    if (ch == \"@\") {\n      stream.eatWhile(/[\\w\\\\\\-]/);\n      return ret(\"def\", stream.current());\n    } else if (ch == \"=\" || (ch == \"~\" || ch == \"|\") && stream.eat(\"=\")) {\n      return ret(null, \"compare\");\n    } else if (ch == \"\\\"\" || ch == \"'\") {\n      state.tokenize = tokenString(ch);\n      return state.tokenize(stream, state);\n    } else if (ch == \"#\") {\n      stream.eatWhile(/[\\w\\\\\\-]/);\n      return ret(\"atom\", \"hash\");\n    } else if (ch == \"!\") {\n      stream.match(/^\\s*\\w*/);\n      return ret(\"keyword\", \"important\");\n    } else if (/\\d/.test(ch) || ch == \".\" && stream.eat(/\\d/)) {\n      stream.eatWhile(/[\\w.%]/);\n      return ret(\"number\", \"unit\");\n    } else if (ch === \"-\") {\n      if (/[\\d.]/.test(stream.peek())) {\n        stream.eatWhile(/[\\w.%]/);\n        return ret(\"number\", \"unit\");\n      } else if (stream.match(/^-[\\w\\\\\\-]+/)) {\n        stream.eatWhile(/[\\w\\\\\\-]/);\n        if (stream.match(/^\\s*:/, false))\n          return ret(\"variable-2\", \"variable-definition\");\n        return ret(\"variable-2\", \"variable\");\n      } else if (stream.match(/^\\w+-/)) {\n        return ret(\"meta\", \"meta\");\n      }\n    } else if (/[,+>*\\/]/.test(ch)) {\n      return ret(null, \"select-op\");\n    } else if (ch == \".\" && stream.match(/^-?[_a-z][_a-z0-9-]*/i)) {\n      return ret(\"qualifier\", \"qualifier\");\n    } else if (/[:;{}\\[\\]\\(\\)]/.test(ch)) {\n      return ret(null, ch);\n    } else if ((ch == \"u\" && stream.match(/rl(-prefix)?\\(/)) ||\n               (ch == \"d\" && stream.match(\"omain(\")) ||\n               (ch == \"r\" && stream.match(\"egexp(\"))) {\n      stream.backUp(1);\n      state.tokenize = tokenParenthesized;\n      return ret(\"property\", \"word\");\n    } else if (/[\\w\\\\\\-]/.test(ch)) {\n      stream.eatWhile(/[\\w\\\\\\-]/);\n      return ret(\"property\", \"word\");\n    } else {\n      return ret(null, null);\n    }\n  }\n\n  function tokenString(quote) {\n    return function(stream, state) {\n      var escaped = false, ch;\n      while ((ch = stream.next()) != null) {\n        if (ch == quote && !escaped) {\n          if (quote == \")\") stream.backUp(1);\n          break;\n        }\n        escaped = !escaped && ch == \"\\\\\";\n      }\n      if (ch == quote || !escaped && quote != \")\") state.tokenize = null;\n      return ret(\"string\", \"string\");\n    };\n  }\n\n  function tokenParenthesized(stream, state) {\n    stream.next(); // Must be '('\n    if (!stream.match(/\\s*[\\\"\\')]/, false))\n      state.tokenize = tokenString(\")\");\n    else\n      state.tokenize = null;\n    return ret(null, \"(\");\n  }\n\n  // Context management\n\n  function Context(type, indent, prev) {\n    this.type = type;\n    this.indent = indent;\n    this.prev = prev;\n  }\n\n  function pushContext(state, stream, type, indent) {\n    state.context = new Context(type, stream.indentation() + (indent === false ? 0 : indentUnit), state.context);\n    return type;\n  }\n\n  function popContext(state) {\n    if (state.context.prev)\n      state.context = state.context.prev;\n    return state.context.type;\n  }\n\n  function pass(type, stream, state) {\n    return states[state.context.type](type, stream, state);\n  }\n  function popAndPass(type, stream, state, n) {\n    for (var i = n || 1; i > 0; i--)\n      state.context = state.context.prev;\n    return pass(type, stream, state);\n  }\n\n  // Parser\n\n  function wordAsValue(stream) {\n    var word = stream.current().toLowerCase();\n    if (valueKeywords.hasOwnProperty(word))\n      override = \"atom\";\n    else if (colorKeywords.hasOwnProperty(word))\n      override = \"keyword\";\n    else\n      override = \"variable\";\n  }\n\n  var states = {};\n\n  states.top = function(type, stream, state) {\n    if (type == \"{\") {\n      return pushContext(state, stream, \"block\");\n    } else if (type == \"}\" && state.context.prev) {\n      return popContext(state);\n    } else if (supportsAtComponent && /@component/.test(type)) {\n      return pushContext(state, stream, \"atComponentBlock\");\n    } else if (/^@(-moz-)?document$/.test(type)) {\n      return pushContext(state, stream, \"documentTypes\");\n    } else if (/^@(media|supports|(-moz-)?document|import)$/.test(type)) {\n      return pushContext(state, stream, \"atBlock\");\n    } else if (/^@(font-face|counter-style)/.test(type)) {\n      state.stateArg = type;\n      return \"restricted_atBlock_before\";\n    } else if (/^@(-(moz|ms|o|webkit)-)?keyframes$/.test(type)) {\n      return \"keyframes\";\n    } else if (type && type.charAt(0) == \"@\") {\n      return pushContext(state, stream, \"at\");\n    } else if (type == \"hash\") {\n      override = \"builtin\";\n    } else if (type == \"word\") {\n      override = \"tag\";\n    } else if (type == \"variable-definition\") {\n      return \"maybeprop\";\n    } else if (type == \"interpolation\") {\n      return pushContext(state, stream, \"interpolation\");\n    } else if (type == \":\") {\n      return \"pseudo\";\n    } else if (allowNested && type == \"(\") {\n      return pushContext(state, stream, \"parens\");\n    }\n    return state.context.type;\n  };\n\n  states.block = function(type, stream, state) {\n    if (type == \"word\") {\n      var word = stream.current().toLowerCase();\n      if (propertyKeywords.hasOwnProperty(word)) {\n        override = \"property\";\n        return \"maybeprop\";\n      } else if (nonStandardPropertyKeywords.hasOwnProperty(word)) {\n        override = \"string-2\";\n        return \"maybeprop\";\n      } else if (allowNested) {\n        override = stream.match(/^\\s*:(?:\\s|$)/, false) ? \"property\" : \"tag\";\n        return \"block\";\n      } else {\n        override += \" error\";\n        return \"maybeprop\";\n      }\n    } else if (type == \"meta\") {\n      return \"block\";\n    } else if (!allowNested && (type == \"hash\" || type == \"qualifier\")) {\n      override = \"error\";\n      return \"block\";\n    } else {\n      return states.top(type, stream, state);\n    }\n  };\n\n  states.maybeprop = function(type, stream, state) {\n    if (type == \":\") return pushContext(state, stream, \"prop\");\n    return pass(type, stream, state);\n  };\n\n  states.prop = function(type, stream, state) {\n    if (type == \";\") return popContext(state);\n    if (type == \"{\" && allowNested) return pushContext(state, stream, \"propBlock\");\n    if (type == \"}\" || type == \"{\") return popAndPass(type, stream, state);\n    if (type == \"(\") return pushContext(state, stream, \"parens\");\n\n    if (type == \"hash\" && !/^#([0-9a-fA-f]{3,4}|[0-9a-fA-f]{6}|[0-9a-fA-f]{8})$/.test(stream.current())) {\n      override += \" error\";\n    } else if (type == \"word\") {\n      wordAsValue(stream);\n    } else if (type == \"interpolation\") {\n      return pushContext(state, stream, \"interpolation\");\n    }\n    return \"prop\";\n  };\n\n  states.propBlock = function(type, _stream, state) {\n    if (type == \"}\") return popContext(state);\n    if (type == \"word\") { override = \"property\"; return \"maybeprop\"; }\n    return state.context.type;\n  };\n\n  states.parens = function(type, stream, state) {\n    if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state);\n    if (type == \")\") return popContext(state);\n    if (type == \"(\") return pushContext(state, stream, \"parens\");\n    if (type == \"interpolation\") return pushContext(state, stream, \"interpolation\");\n    if (type == \"word\") wordAsValue(stream);\n    return \"parens\";\n  };\n\n  states.pseudo = function(type, stream, state) {\n    if (type == \"word\") {\n      override = \"variable-3\";\n      return state.context.type;\n    }\n    return pass(type, stream, state);\n  };\n\n  states.documentTypes = function(type, stream, state) {\n    if (type == \"word\" && documentTypes.hasOwnProperty(stream.current())) {\n      override = \"tag\";\n      return state.context.type;\n    } else {\n      return states.atBlock(type, stream, state);\n    }\n  };\n\n  states.atBlock = function(type, stream, state) {\n    if (type == \"(\") return pushContext(state, stream, \"atBlock_parens\");\n    if (type == \"}\" || type == \";\") return popAndPass(type, stream, state);\n    if (type == \"{\") return popContext(state) && pushContext(state, stream, allowNested ? \"block\" : \"top\");\n\n    if (type == \"interpolation\") return pushContext(state, stream, \"interpolation\");\n\n    if (type == \"word\") {\n      var word = stream.current().toLowerCase();\n      if (word == \"only\" || word == \"not\" || word == \"and\" || word == \"or\")\n        override = \"keyword\";\n      else if (mediaTypes.hasOwnProperty(word))\n        override = \"attribute\";\n      else if (mediaFeatures.hasOwnProperty(word))\n        override = \"property\";\n      else if (mediaValueKeywords.hasOwnProperty(word))\n        override = \"keyword\";\n      else if (propertyKeywords.hasOwnProperty(word))\n        override = \"property\";\n      else if (nonStandardPropertyKeywords.hasOwnProperty(word))\n        override = \"string-2\";\n      else if (valueKeywords.hasOwnProperty(word))\n        override = \"atom\";\n      else if (colorKeywords.hasOwnProperty(word))\n        override = \"keyword\";\n      else\n        override = \"error\";\n    }\n    return state.context.type;\n  };\n\n  states.atComponentBlock = function(type, stream, state) {\n    if (type == \"}\")\n      return popAndPass(type, stream, state);\n    if (type == \"{\")\n      return popContext(state) && pushContext(state, stream, allowNested ? \"block\" : \"top\", false);\n    if (type == \"word\")\n      override = \"error\";\n    return state.context.type;\n  };\n\n  states.atBlock_parens = function(type, stream, state) {\n    if (type == \")\") return popContext(state);\n    if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state, 2);\n    return states.atBlock(type, stream, state);\n  };\n\n  states.restricted_atBlock_before = function(type, stream, state) {\n    if (type == \"{\")\n      return pushContext(state, stream, \"restricted_atBlock\");\n    if (type == \"word\" && state.stateArg == \"@counter-style\") {\n      override = \"variable\";\n      return \"restricted_atBlock_before\";\n    }\n    return pass(type, stream, state);\n  };\n\n  states.restricted_atBlock = function(type, stream, state) {\n    if (type == \"}\") {\n      state.stateArg = null;\n      return popContext(state);\n    }\n    if (type == \"word\") {\n      if ((state.stateArg == \"@font-face\" && !fontProperties.hasOwnProperty(stream.current().toLowerCase())) ||\n          (state.stateArg == \"@counter-style\" && !counterDescriptors.hasOwnProperty(stream.current().toLowerCase())))\n        override = \"error\";\n      else\n        override = \"property\";\n      return \"maybeprop\";\n    }\n    return \"restricted_atBlock\";\n  };\n\n  states.keyframes = function(type, stream, state) {\n    if (type == \"word\") { override = \"variable\"; return \"keyframes\"; }\n    if (type == \"{\") return pushContext(state, stream, \"top\");\n    return pass(type, stream, state);\n  };\n\n  states.at = function(type, stream, state) {\n    if (type == \";\") return popContext(state);\n    if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state);\n    if (type == \"word\") override = \"tag\";\n    else if (type == \"hash\") override = \"builtin\";\n    return \"at\";\n  };\n\n  states.interpolation = function(type, stream, state) {\n    if (type == \"}\") return popContext(state);\n    if (type == \"{\" || type == \";\") return popAndPass(type, stream, state);\n    if (type == \"word\") override = \"variable\";\n    else if (type != \"variable\" && type != \"(\" && type != \")\") override = \"error\";\n    return \"interpolation\";\n  };\n\n  return {\n    startState: function(base) {\n      return {tokenize: null,\n              state: inline ? \"block\" : \"top\",\n              stateArg: null,\n              context: new Context(inline ? \"block\" : \"top\", base || 0, null)};\n    },\n\n    token: function(stream, state) {\n      if (!state.tokenize && stream.eatSpace()) return null;\n      var style = (state.tokenize || tokenBase)(stream, state);\n      if (style && typeof style == \"object\") {\n        type = style[1];\n        style = style[0];\n      }\n      override = style;\n      state.state = states[state.state](type, stream, state);\n      return override;\n    },\n\n    indent: function(state, textAfter) {\n      var cx = state.context, ch = textAfter && textAfter.charAt(0);\n      var indent = cx.indent;\n      if (cx.type == \"prop\" && (ch == \"}\" || ch == \")\")) cx = cx.prev;\n      if (cx.prev) {\n        if (ch == \"}\" && (cx.type == \"block\" || cx.type == \"top\" ||\n                          cx.type == \"interpolation\" || cx.type == \"restricted_atBlock\")) {\n          // Resume indentation from parent context.\n          cx = cx.prev;\n          indent = cx.indent;\n        } else if (ch == \")\" && (cx.type == \"parens\" || cx.type == \"atBlock_parens\") ||\n            ch == \"{\" && (cx.type == \"at\" || cx.type == \"atBlock\")) {\n          // Dedent relative to current context.\n          indent = Math.max(0, cx.indent - indentUnit);\n          cx = cx.prev;\n        }\n      }\n      return indent;\n    },\n\n    electricChars: \"}\",\n    blockCommentStart: \"/*\",\n    blockCommentEnd: \"*/\",\n    fold: \"brace\"\n  };\n});\n\n  function keySet(array) {\n    var keys = {};\n    for (var i = 0; i < array.length; ++i) {\n      keys[array[i]] = true;\n    }\n    return keys;\n  }\n\n  var documentTypes_ = [\n    \"domain\", \"regexp\", \"url\", \"url-prefix\"\n  ], documentTypes = keySet(documentTypes_);\n\n  var mediaTypes_ = [\n    \"all\", \"aural\", \"braille\", \"handheld\", \"print\", \"projection\", \"screen\",\n    \"tty\", \"tv\", \"embossed\"\n  ], mediaTypes = keySet(mediaTypes_);\n\n  var mediaFeatures_ = [\n    \"width\", \"min-width\", \"max-width\", \"height\", \"min-height\", \"max-height\",\n    \"device-width\", \"min-device-width\", \"max-device-width\", \"device-height\",\n    \"min-device-height\", \"max-device-height\", \"aspect-ratio\",\n    \"min-aspect-ratio\", \"max-aspect-ratio\", \"device-aspect-ratio\",\n    \"min-device-aspect-ratio\", \"max-device-aspect-ratio\", \"color\", \"min-color\",\n    \"max-color\", \"color-index\", \"min-color-index\", \"max-color-index\",\n    \"monochrome\", \"min-monochrome\", \"max-monochrome\", \"resolution\",\n    \"min-resolution\", \"max-resolution\", \"scan\", \"grid\", \"orientation\",\n    \"device-pixel-ratio\", \"min-device-pixel-ratio\", \"max-device-pixel-ratio\",\n    \"pointer\", \"any-pointer\", \"hover\", \"any-hover\"\n  ], mediaFeatures = keySet(mediaFeatures_);\n\n  var mediaValueKeywords_ = [\n    \"landscape\", \"portrait\", \"none\", \"coarse\", \"fine\", \"on-demand\", \"hover\",\n    \"interlace\", \"progressive\"\n  ], mediaValueKeywords = keySet(mediaValueKeywords_);\n\n  var propertyKeywords_ = [\n    \"align-content\", \"align-items\", \"align-self\", \"alignment-adjust\",\n    \"alignment-baseline\", \"anchor-point\", \"animation\", \"animation-delay\",\n    \"animation-direction\", \"animation-duration\", \"animation-fill-mode\",\n    \"animation-iteration-count\", \"animation-name\", \"animation-play-state\",\n    \"animation-timing-function\", \"appearance\", \"azimuth\", \"backface-visibility\",\n    \"background\", \"background-attachment\", \"background-blend-mode\", \"background-clip\",\n    \"background-color\", \"background-image\", \"background-origin\", \"background-position\",\n    \"background-repeat\", \"background-size\", \"baseline-shift\", \"binding\",\n    \"bleed\", \"bookmark-label\", \"bookmark-level\", \"bookmark-state\",\n    \"bookmark-target\", \"border\", \"border-bottom\", \"border-bottom-color\",\n    \"border-bottom-left-radius\", \"border-bottom-right-radius\",\n    \"border-bottom-style\", \"border-bottom-width\", \"border-collapse\",\n    \"border-color\", \"border-image\", \"border-image-outset\",\n    \"border-image-repeat\", \"border-image-slice\", \"border-image-source\",\n    \"border-image-width\", \"border-left\", \"border-left-color\",\n    \"border-left-style\", \"border-left-width\", \"border-radius\", \"border-right\",\n    \"border-right-color\", \"border-right-style\", \"border-right-width\",\n    \"border-spacing\", \"border-style\", \"border-top\", \"border-top-color\",\n    \"border-top-left-radius\", \"border-top-right-radius\", \"border-top-style\",\n    \"border-top-width\", \"border-width\", \"bottom\", \"box-decoration-break\",\n    \"box-shadow\", \"box-sizing\", \"break-after\", \"break-before\", \"break-inside\",\n    \"caption-side\", \"clear\", \"clip\", \"color\", \"color-profile\", \"column-count\",\n    \"column-fill\", \"column-gap\", \"column-rule\", \"column-rule-color\",\n    \"column-rule-style\", \"column-rule-width\", \"column-span\", \"column-width\",\n    \"columns\", \"content\", \"counter-increment\", \"counter-reset\", \"crop\", \"cue\",\n    \"cue-after\", \"cue-before\", \"cursor\", \"direction\", \"display\",\n    \"dominant-baseline\", \"drop-initial-after-adjust\",\n    \"drop-initial-after-align\", \"drop-initial-before-adjust\",\n    \"drop-initial-before-align\", \"drop-initial-size\", \"drop-initial-value\",\n    \"elevation\", \"empty-cells\", \"fit\", \"fit-position\", \"flex\", \"flex-basis\",\n    \"flex-direction\", \"flex-flow\", \"flex-grow\", \"flex-shrink\", \"flex-wrap\",\n    \"float\", \"float-offset\", \"flow-from\", \"flow-into\", \"font\", \"font-feature-settings\",\n    \"font-family\", \"font-kerning\", \"font-language-override\", \"font-size\", \"font-size-adjust\",\n    \"font-stretch\", \"font-style\", \"font-synthesis\", \"font-variant\",\n    \"font-variant-alternates\", \"font-variant-caps\", \"font-variant-east-asian\",\n    \"font-variant-ligatures\", \"font-variant-numeric\", \"font-variant-position\",\n    \"font-weight\", \"grid\", \"grid-area\", \"grid-auto-columns\", \"grid-auto-flow\",\n    \"grid-auto-position\", \"grid-auto-rows\", \"grid-column\", \"grid-column-end\",\n    \"grid-column-start\", \"grid-row\", \"grid-row-end\", \"grid-row-start\",\n    \"grid-template\", \"grid-template-areas\", \"grid-template-columns\",\n    \"grid-template-rows\", \"hanging-punctuation\", \"height\", \"hyphens\",\n    \"icon\", \"image-orientation\", \"image-rendering\", \"image-resolution\",\n    \"inline-box-align\", \"justify-content\", \"left\", \"letter-spacing\",\n    \"line-break\", \"line-height\", \"line-stacking\", \"line-stacking-ruby\",\n    \"line-stacking-shift\", \"line-stacking-strategy\", \"list-style\",\n    \"list-style-image\", \"list-style-position\", \"list-style-type\", \"margin\",\n    \"margin-bottom\", \"margin-left\", \"margin-right\", \"margin-top\",\n    \"marker-offset\", \"marks\", \"marquee-direction\", \"marquee-loop\",\n    \"marquee-play-count\", \"marquee-speed\", \"marquee-style\", \"max-height\",\n    \"max-width\", \"min-height\", \"min-width\", \"move-to\", \"nav-down\", \"nav-index\",\n    \"nav-left\", \"nav-right\", \"nav-up\", \"object-fit\", \"object-position\",\n    \"opacity\", \"order\", \"orphans\", \"outline\",\n    \"outline-color\", \"outline-offset\", \"outline-style\", \"outline-width\",\n    \"overflow\", \"overflow-style\", \"overflow-wrap\", \"overflow-x\", \"overflow-y\",\n    \"padding\", \"padding-bottom\", \"padding-left\", \"padding-right\", \"padding-top\",\n    \"page\", \"page-break-after\", \"page-break-before\", \"page-break-inside\",\n    \"page-policy\", \"pause\", \"pause-after\", \"pause-before\", \"perspective\",\n    \"perspective-origin\", \"pitch\", \"pitch-range\", \"play-during\", \"position\",\n    \"presentation-level\", \"punctuation-trim\", \"quotes\", \"region-break-after\",\n    \"region-break-before\", \"region-break-inside\", \"region-fragment\",\n    \"rendering-intent\", \"resize\", \"rest\", \"rest-after\", \"rest-before\", \"richness\",\n    \"right\", \"rotation\", \"rotation-point\", \"ruby-align\", \"ruby-overhang\",\n    \"ruby-position\", \"ruby-span\", \"shape-image-threshold\", \"shape-inside\", \"shape-margin\",\n    \"shape-outside\", \"size\", \"speak\", \"speak-as\", \"speak-header\",\n    \"speak-numeral\", \"speak-punctuation\", \"speech-rate\", \"stress\", \"string-set\",\n    \"tab-size\", \"table-layout\", \"target\", \"target-name\", \"target-new\",\n    \"target-position\", \"text-align\", \"text-align-last\", \"text-decoration\",\n    \"text-decoration-color\", \"text-decoration-line\", \"text-decoration-skip\",\n    \"text-decoration-style\", \"text-emphasis\", \"text-emphasis-color\",\n    \"text-emphasis-position\", \"text-emphasis-style\", \"text-height\",\n    \"text-indent\", \"text-justify\", \"text-outline\", \"text-overflow\", \"text-shadow\",\n    \"text-size-adjust\", \"text-space-collapse\", \"text-transform\", \"text-underline-position\",\n    \"text-wrap\", \"top\", \"transform\", \"transform-origin\", \"transform-style\",\n    \"transition\", \"transition-delay\", \"transition-duration\",\n    \"transition-property\", \"transition-timing-function\", \"unicode-bidi\",\n    \"vertical-align\", \"visibility\", \"voice-balance\", \"voice-duration\",\n    \"voice-family\", \"voice-pitch\", \"voice-range\", \"voice-rate\", \"voice-stress\",\n    \"voice-volume\", \"volume\", \"white-space\", \"widows\", \"width\", \"word-break\",\n    \"word-spacing\", \"word-wrap\", \"z-index\",\n    // SVG-specific\n    \"clip-path\", \"clip-rule\", \"mask\", \"enable-background\", \"filter\", \"flood-color\",\n    \"flood-opacity\", \"lighting-color\", \"stop-color\", \"stop-opacity\", \"pointer-events\",\n    \"color-interpolation\", \"color-interpolation-filters\",\n    \"color-rendering\", \"fill\", \"fill-opacity\", \"fill-rule\", \"image-rendering\",\n    \"marker\", \"marker-end\", \"marker-mid\", \"marker-start\", \"shape-rendering\", \"stroke\",\n    \"stroke-dasharray\", \"stroke-dashoffset\", \"stroke-linecap\", \"stroke-linejoin\",\n    \"stroke-miterlimit\", \"stroke-opacity\", \"stroke-width\", \"text-rendering\",\n    \"baseline-shift\", \"dominant-baseline\", \"glyph-orientation-horizontal\",\n    \"glyph-orientation-vertical\", \"text-anchor\", \"writing-mode\"\n  ], propertyKeywords = keySet(propertyKeywords_);\n\n  var nonStandardPropertyKeywords_ = [\n    \"scrollbar-arrow-color\", \"scrollbar-base-color\", \"scrollbar-dark-shadow-color\",\n    \"scrollbar-face-color\", \"scrollbar-highlight-color\", \"scrollbar-shadow-color\",\n    \"scrollbar-3d-light-color\", \"scrollbar-track-color\", \"shape-inside\",\n    \"searchfield-cancel-button\", \"searchfield-decoration\", \"searchfield-results-button\",\n    \"searchfield-results-decoration\", \"zoom\"\n  ], nonStandardPropertyKeywords = keySet(nonStandardPropertyKeywords_);\n\n  var fontProperties_ = [\n    \"font-family\", \"src\", \"unicode-range\", \"font-variant\", \"font-feature-settings\",\n    \"font-stretch\", \"font-weight\", \"font-style\"\n  ], fontProperties = keySet(fontProperties_);\n\n  var counterDescriptors_ = [\n    \"additive-symbols\", \"fallback\", \"negative\", \"pad\", \"prefix\", \"range\",\n    \"speak-as\", \"suffix\", \"symbols\", \"system\"\n  ], counterDescriptors = keySet(counterDescriptors_);\n\n  var colorKeywords_ = [\n    \"aliceblue\", \"antiquewhite\", \"aqua\", \"aquamarine\", \"azure\", \"beige\",\n    \"bisque\", \"black\", \"blanchedalmond\", \"blue\", \"blueviolet\", \"brown\",\n    \"burlywood\", \"cadetblue\", \"chartreuse\", \"chocolate\", \"coral\", \"cornflowerblue\",\n    \"cornsilk\", \"crimson\", \"cyan\", \"darkblue\", \"darkcyan\", \"darkgoldenrod\",\n    \"darkgray\", \"darkgreen\", \"darkkhaki\", \"darkmagenta\", \"darkolivegreen\",\n    \"darkorange\", \"darkorchid\", \"darkred\", \"darksalmon\", \"darkseagreen\",\n    \"darkslateblue\", \"darkslategray\", \"darkturquoise\", \"darkviolet\",\n    \"deeppink\", \"deepskyblue\", \"dimgray\", \"dodgerblue\", \"firebrick\",\n    \"floralwhite\", \"forestgreen\", \"fuchsia\", \"gainsboro\", \"ghostwhite\",\n    \"gold\", \"goldenrod\", \"gray\", \"grey\", \"green\", \"greenyellow\", \"honeydew\",\n    \"hotpink\", \"indianred\", \"indigo\", \"ivory\", \"khaki\", \"lavender\",\n    \"lavenderblush\", \"lawngreen\", \"lemonchiffon\", \"lightblue\", \"lightcoral\",\n    \"lightcyan\", \"lightgoldenrodyellow\", \"lightgray\", \"lightgreen\", \"lightpink\",\n    \"lightsalmon\", \"lightseagreen\", \"lightskyblue\", \"lightslategray\",\n    \"lightsteelblue\", \"lightyellow\", \"lime\", \"limegreen\", \"linen\", \"magenta\",\n    \"maroon\", \"mediumaquamarine\", \"mediumblue\", \"mediumorchid\", \"mediumpurple\",\n    \"mediumseagreen\", \"mediumslateblue\", \"mediumspringgreen\", \"mediumturquoise\",\n    \"mediumvioletred\", \"midnightblue\", \"mintcream\", \"mistyrose\", \"moccasin\",\n    \"navajowhite\", \"navy\", \"oldlace\", \"olive\", \"olivedrab\", \"orange\", \"orangered\",\n    \"orchid\", \"palegoldenrod\", \"palegreen\", \"paleturquoise\", \"palevioletred\",\n    \"papayawhip\", \"peachpuff\", \"peru\", \"pink\", \"plum\", \"powderblue\",\n    \"purple\", \"rebeccapurple\", \"red\", \"rosybrown\", \"royalblue\", \"saddlebrown\",\n    \"salmon\", \"sandybrown\", \"seagreen\", \"seashell\", \"sienna\", \"silver\", \"skyblue\",\n    \"slateblue\", \"slategray\", \"snow\", \"springgreen\", \"steelblue\", \"tan\",\n    \"teal\", \"thistle\", \"tomato\", \"turquoise\", \"violet\", \"wheat\", \"white\",\n    \"whitesmoke\", \"yellow\", \"yellowgreen\"\n  ], colorKeywords = keySet(colorKeywords_);\n\n  var valueKeywords_ = [\n    \"above\", \"absolute\", \"activeborder\", \"additive\", \"activecaption\", \"afar\",\n    \"after-white-space\", \"ahead\", \"alias\", \"all\", \"all-scroll\", \"alphabetic\", \"alternate\",\n    \"always\", \"amharic\", \"amharic-abegede\", \"antialiased\", \"appworkspace\",\n    \"arabic-indic\", \"armenian\", \"asterisks\", \"attr\", \"auto\", \"avoid\", \"avoid-column\", \"avoid-page\",\n    \"avoid-region\", \"background\", \"backwards\", \"baseline\", \"below\", \"bidi-override\", \"binary\",\n    \"bengali\", \"blink\", \"block\", \"block-axis\", \"bold\", \"bolder\", \"border\", \"border-box\",\n    \"both\", \"bottom\", \"break\", \"break-all\", \"break-word\", \"bullets\", \"button\", \"button-bevel\",\n    \"buttonface\", \"buttonhighlight\", \"buttonshadow\", \"buttontext\", \"calc\", \"cambodian\",\n    \"capitalize\", \"caps-lock-indicator\", \"caption\", \"captiontext\", \"caret\",\n    \"cell\", \"center\", \"checkbox\", \"circle\", \"cjk-decimal\", \"cjk-earthly-branch\",\n    \"cjk-heavenly-stem\", \"cjk-ideographic\", \"clear\", \"clip\", \"close-quote\",\n    \"col-resize\", \"collapse\", \"color\", \"color-burn\", \"color-dodge\", \"column\", \"column-reverse\",\n    \"compact\", \"condensed\", \"contain\", \"content\",\n    \"content-box\", \"context-menu\", \"continuous\", \"copy\", \"counter\", \"counters\", \"cover\", \"crop\",\n    \"cross\", \"crosshair\", \"currentcolor\", \"cursive\", \"cyclic\", \"darken\", \"dashed\", \"decimal\",\n    \"decimal-leading-zero\", \"default\", \"default-button\", \"destination-atop\",\n    \"destination-in\", \"destination-out\", \"destination-over\", \"devanagari\", \"difference\",\n    \"disc\", \"discard\", \"disclosure-closed\", \"disclosure-open\", \"document\",\n    \"dot-dash\", \"dot-dot-dash\",\n    \"dotted\", \"double\", \"down\", \"e-resize\", \"ease\", \"ease-in\", \"ease-in-out\", \"ease-out\",\n    \"element\", \"ellipse\", \"ellipsis\", \"embed\", \"end\", \"ethiopic\", \"ethiopic-abegede\",\n    \"ethiopic-abegede-am-et\", \"ethiopic-abegede-gez\", \"ethiopic-abegede-ti-er\",\n    \"ethiopic-abegede-ti-et\", \"ethiopic-halehame-aa-er\",\n    \"ethiopic-halehame-aa-et\", \"ethiopic-halehame-am-et\",\n    \"ethiopic-halehame-gez\", \"ethiopic-halehame-om-et\",\n    \"ethiopic-halehame-sid-et\", \"ethiopic-halehame-so-et\",\n    \"ethiopic-halehame-ti-er\", \"ethiopic-halehame-ti-et\", \"ethiopic-halehame-tig\",\n    \"ethiopic-numeric\", \"ew-resize\", \"exclusion\", \"expanded\", \"extends\", \"extra-condensed\",\n    \"extra-expanded\", \"fantasy\", \"fast\", \"fill\", \"fixed\", \"flat\", \"flex\", \"flex-end\", \"flex-start\", \"footnotes\",\n    \"forwards\", \"from\", \"geometricPrecision\", \"georgian\", \"graytext\", \"groove\",\n    \"gujarati\", \"gurmukhi\", \"hand\", \"hangul\", \"hangul-consonant\", \"hard-light\", \"hebrew\",\n    \"help\", \"hidden\", \"hide\", \"higher\", \"highlight\", \"highlighttext\",\n    \"hiragana\", \"hiragana-iroha\", \"horizontal\", \"hsl\", \"hsla\", \"hue\", \"icon\", \"ignore\",\n    \"inactiveborder\", \"inactivecaption\", \"inactivecaptiontext\", \"infinite\",\n    \"infobackground\", \"infotext\", \"inherit\", \"initial\", \"inline\", \"inline-axis\",\n    \"inline-block\", \"inline-flex\", \"inline-table\", \"inset\", \"inside\", \"intrinsic\", \"invert\",\n    \"italic\", \"japanese-formal\", \"japanese-informal\", \"justify\", \"kannada\",\n    \"katakana\", \"katakana-iroha\", \"keep-all\", \"khmer\",\n    \"korean-hangul-formal\", \"korean-hanja-formal\", \"korean-hanja-informal\",\n    \"landscape\", \"lao\", \"large\", \"larger\", \"left\", \"level\", \"lighter\", \"lighten\",\n    \"line-through\", \"linear\", \"linear-gradient\", \"lines\", \"list-item\", \"listbox\", \"listitem\",\n    \"local\", \"logical\", \"loud\", \"lower\", \"lower-alpha\", \"lower-armenian\",\n    \"lower-greek\", \"lower-hexadecimal\", \"lower-latin\", \"lower-norwegian\",\n    \"lower-roman\", \"lowercase\", \"ltr\", \"luminosity\", \"malayalam\", \"match\", \"matrix\", \"matrix3d\",\n    \"media-controls-background\", \"media-current-time-display\",\n    \"media-fullscreen-button\", \"media-mute-button\", \"media-play-button\",\n    \"media-return-to-realtime-button\", \"media-rewind-button\",\n    \"media-seek-back-button\", \"media-seek-forward-button\", \"media-slider\",\n    \"media-sliderthumb\", \"media-time-remaining-display\", \"media-volume-slider\",\n    \"media-volume-slider-container\", \"media-volume-sliderthumb\", \"medium\",\n    \"menu\", \"menulist\", \"menulist-button\", \"menulist-text\",\n    \"menulist-textfield\", \"menutext\", \"message-box\", \"middle\", \"min-intrinsic\",\n    \"mix\", \"mongolian\", \"monospace\", \"move\", \"multiple\", \"multiply\", \"myanmar\", \"n-resize\",\n    \"narrower\", \"ne-resize\", \"nesw-resize\", \"no-close-quote\", \"no-drop\",\n    \"no-open-quote\", \"no-repeat\", \"none\", \"normal\", \"not-allowed\", \"nowrap\",\n    \"ns-resize\", \"numbers\", \"numeric\", \"nw-resize\", \"nwse-resize\", \"oblique\", \"octal\", \"open-quote\",\n    \"optimizeLegibility\", \"optimizeSpeed\", \"oriya\", \"oromo\", \"outset\",\n    \"outside\", \"outside-shape\", \"overlay\", \"overline\", \"padding\", \"padding-box\",\n    \"painted\", \"page\", \"paused\", \"persian\", \"perspective\", \"plus-darker\", \"plus-lighter\",\n    \"pointer\", \"polygon\", \"portrait\", \"pre\", \"pre-line\", \"pre-wrap\", \"preserve-3d\",\n    \"progress\", \"push-button\", \"radial-gradient\", \"radio\", \"read-only\",\n    \"read-write\", \"read-write-plaintext-only\", \"rectangle\", \"region\",\n    \"relative\", \"repeat\", \"repeating-linear-gradient\",\n    \"repeating-radial-gradient\", \"repeat-x\", \"repeat-y\", \"reset\", \"reverse\",\n    \"rgb\", \"rgba\", \"ridge\", \"right\", \"rotate\", \"rotate3d\", \"rotateX\", \"rotateY\",\n    \"rotateZ\", \"round\", \"row\", \"row-resize\", \"row-reverse\", \"rtl\", \"run-in\", \"running\",\n    \"s-resize\", \"sans-serif\", \"saturation\", \"scale\", \"scale3d\", \"scaleX\", \"scaleY\", \"scaleZ\", \"screen\",\n    \"scroll\", \"scrollbar\", \"se-resize\", \"searchfield\",\n    \"searchfield-cancel-button\", \"searchfield-decoration\",\n    \"searchfield-results-button\", \"searchfield-results-decoration\",\n    \"semi-condensed\", \"semi-expanded\", \"separate\", \"serif\", \"show\", \"sidama\",\n    \"simp-chinese-formal\", \"simp-chinese-informal\", \"single\",\n    \"skew\", \"skewX\", \"skewY\", \"skip-white-space\", \"slide\", \"slider-horizontal\",\n    \"slider-vertical\", \"sliderthumb-horizontal\", \"sliderthumb-vertical\", \"slow\",\n    \"small\", \"small-caps\", \"small-caption\", \"smaller\", \"soft-light\", \"solid\", \"somali\",\n    \"source-atop\", \"source-in\", \"source-out\", \"source-over\", \"space\", \"space-around\", \"space-between\", \"spell-out\", \"square\",\n    \"square-button\", \"start\", \"static\", \"status-bar\", \"stretch\", \"stroke\", \"sub\",\n    \"subpixel-antialiased\", \"super\", \"sw-resize\", \"symbolic\", \"symbols\", \"table\",\n    \"table-caption\", \"table-cell\", \"table-column\", \"table-column-group\",\n    \"table-footer-group\", \"table-header-group\", \"table-row\", \"table-row-group\",\n    \"tamil\",\n    \"telugu\", \"text\", \"text-bottom\", \"text-top\", \"textarea\", \"textfield\", \"thai\",\n    \"thick\", \"thin\", \"threeddarkshadow\", \"threedface\", \"threedhighlight\",\n    \"threedlightshadow\", \"threedshadow\", \"tibetan\", \"tigre\", \"tigrinya-er\",\n    \"tigrinya-er-abegede\", \"tigrinya-et\", \"tigrinya-et-abegede\", \"to\", \"top\",\n    \"trad-chinese-formal\", \"trad-chinese-informal\",\n    \"translate\", \"translate3d\", \"translateX\", \"translateY\", \"translateZ\",\n    \"transparent\", \"ultra-condensed\", \"ultra-expanded\", \"underline\", \"up\",\n    \"upper-alpha\", \"upper-armenian\", \"upper-greek\", \"upper-hexadecimal\",\n    \"upper-latin\", \"upper-norwegian\", \"upper-roman\", \"uppercase\", \"urdu\", \"url\",\n    \"var\", \"vertical\", \"vertical-text\", \"visible\", \"visibleFill\", \"visiblePainted\",\n    \"visibleStroke\", \"visual\", \"w-resize\", \"wait\", \"wave\", \"wider\",\n    \"window\", \"windowframe\", \"windowtext\", \"words\", \"wrap\", \"wrap-reverse\", \"x-large\", \"x-small\", \"xor\",\n    \"xx-large\", \"xx-small\"\n  ], valueKeywords = keySet(valueKeywords_);\n\n  var allWords = documentTypes_.concat(mediaTypes_).concat(mediaFeatures_).concat(mediaValueKeywords_)\n    .concat(propertyKeywords_).concat(nonStandardPropertyKeywords_).concat(colorKeywords_)\n    .concat(valueKeywords_);\n  CodeMirror.registerHelper(\"hintWords\", \"css\", allWords);\n\n  function tokenCComment(stream, state) {\n    var maybeEnd = false, ch;\n    while ((ch = stream.next()) != null) {\n      if (maybeEnd && ch == \"/\") {\n        state.tokenize = null;\n        break;\n      }\n      maybeEnd = (ch == \"*\");\n    }\n    return [\"comment\", \"comment\"];\n  }\n\n  CodeMirror.defineMIME(\"text/css\", {\n    documentTypes: documentTypes,\n    mediaTypes: mediaTypes,\n    mediaFeatures: mediaFeatures,\n    mediaValueKeywords: mediaValueKeywords,\n    propertyKeywords: propertyKeywords,\n    nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n    fontProperties: fontProperties,\n    counterDescriptors: counterDescriptors,\n    colorKeywords: colorKeywords,\n    valueKeywords: valueKeywords,\n    tokenHooks: {\n      \"/\": function(stream, state) {\n        if (!stream.eat(\"*\")) return false;\n        state.tokenize = tokenCComment;\n        return tokenCComment(stream, state);\n      }\n    },\n    name: \"css\"\n  });\n\n  CodeMirror.defineMIME(\"text/x-scss\", {\n    mediaTypes: mediaTypes,\n    mediaFeatures: mediaFeatures,\n    mediaValueKeywords: mediaValueKeywords,\n    propertyKeywords: propertyKeywords,\n    nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n    colorKeywords: colorKeywords,\n    valueKeywords: valueKeywords,\n    fontProperties: fontProperties,\n    allowNested: true,\n    tokenHooks: {\n      \"/\": function(stream, state) {\n        if (stream.eat(\"/\")) {\n          stream.skipToEnd();\n          return [\"comment\", \"comment\"];\n        } else if (stream.eat(\"*\")) {\n          state.tokenize = tokenCComment;\n          return tokenCComment(stream, state);\n        } else {\n          return [\"operator\", \"operator\"];\n        }\n      },\n      \":\": function(stream) {\n        if (stream.match(/\\s*\\{/))\n          return [null, \"{\"];\n        return false;\n      },\n      \"$\": function(stream) {\n        stream.match(/^[\\w-]+/);\n        if (stream.match(/^\\s*:/, false))\n          return [\"variable-2\", \"variable-definition\"];\n        return [\"variable-2\", \"variable\"];\n      },\n      \"#\": function(stream) {\n        if (!stream.eat(\"{\")) return false;\n        return [null, \"interpolation\"];\n      }\n    },\n    name: \"css\",\n    helperType: \"scss\"\n  });\n\n  CodeMirror.defineMIME(\"text/x-less\", {\n    mediaTypes: mediaTypes,\n    mediaFeatures: mediaFeatures,\n    mediaValueKeywords: mediaValueKeywords,\n    propertyKeywords: propertyKeywords,\n    nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n    colorKeywords: colorKeywords,\n    valueKeywords: valueKeywords,\n    fontProperties: fontProperties,\n    allowNested: true,\n    tokenHooks: {\n      \"/\": function(stream, state) {\n        if (stream.eat(\"/\")) {\n          stream.skipToEnd();\n          return [\"comment\", \"comment\"];\n        } else if (stream.eat(\"*\")) {\n          state.tokenize = tokenCComment;\n          return tokenCComment(stream, state);\n        } else {\n          return [\"operator\", \"operator\"];\n        }\n      },\n      \"@\": function(stream) {\n        if (stream.eat(\"{\")) return [null, \"interpolation\"];\n        if (stream.match(/^(charset|document|font-face|import|(-(moz|ms|o|webkit)-)?keyframes|media|namespace|page|supports)\\b/, false)) return false;\n        stream.eatWhile(/[\\w\\\\\\-]/);\n        if (stream.match(/^\\s*:/, false))\n          return [\"variable-2\", \"variable-definition\"];\n        return [\"variable-2\", \"variable\"];\n      },\n      \"&\": function() {\n        return [\"atom\", \"atom\"];\n      }\n    },\n    name: \"css\",\n    helperType: \"less\"\n  });\n\n  CodeMirror.defineMIME(\"text/x-gss\", {\n    documentTypes: documentTypes,\n    mediaTypes: mediaTypes,\n    mediaFeatures: mediaFeatures,\n    propertyKeywords: propertyKeywords,\n    nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n    fontProperties: fontProperties,\n    counterDescriptors: counterDescriptors,\n    colorKeywords: colorKeywords,\n    valueKeywords: valueKeywords,\n    supportsAtComponent: true,\n    tokenHooks: {\n      \"/\": function(stream, state) {\n        if (!stream.eat(\"*\")) return false;\n        state.tokenize = tokenCComment;\n        return tokenCComment(stream, state);\n      }\n    },\n    name: \"css\",\n    helperType: \"gss\"\n  });\n\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/css/css.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"), require(\"../htmlmixed/htmlmixed\"),\n        require(\"../../addon/mode/multiplex\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\", \"../htmlmixed/htmlmixed\",\n            \"../../addon/mode/multiplex\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n\n  CodeMirror.defineMode(\"htmlembedded\", function(config, parserConfig) {\n    return CodeMirror.multiplexingMode(CodeMirror.getMode(config, \"htmlmixed\"), {\n      open: parserConfig.open || parserConfig.scriptStartRegex || \"<%\",\n      close: parserConfig.close || parserConfig.scriptEndRegex || \"%>\",\n      mode: CodeMirror.getMode(config, parserConfig.scriptingModeSpec)\n    });\n  }, \"htmlmixed\");\n\n  CodeMirror.defineMIME(\"application/x-ejs\", {name: \"htmlembedded\", scriptingModeSpec:\"javascript\"});\n  CodeMirror.defineMIME(\"application/x-aspx\", {name: \"htmlembedded\", scriptingModeSpec:\"text/x-csharp\"});\n  CodeMirror.defineMIME(\"application/x-jsp\", {name: \"htmlembedded\", scriptingModeSpec:\"text/x-java\"});\n  CodeMirror.defineMIME(\"application/x-erb\", {name: \"htmlembedded\", scriptingModeSpec:\"ruby\"});\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"), require(\"../xml/xml\"), require(\"../javascript/javascript\"), require(\"../css/css\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\", \"../xml/xml\", \"../javascript/javascript\", \"../css/css\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n\n  var defaultTags = {\n    script: [\n      [\"lang\", /(javascript|babel)/i, \"javascript\"],\n      [\"type\", /^(?:text|application)\\/(?:x-)?(?:java|ecma)script$|^$/i, \"javascript\"],\n      [\"type\", /./, \"text/plain\"],\n      [null, null, \"javascript\"]\n    ],\n    style:  [\n      [\"lang\", /^css$/i, \"css\"],\n      [\"type\", /^(text\\/)?(x-)?(stylesheet|css)$/i, \"css\"],\n      [\"type\", /./, \"text/plain\"],\n      [null, null, \"css\"]\n    ]\n  };\n\n  function maybeBackup(stream, pat, style) {\n    var cur = stream.current(), close = cur.search(pat);\n    if (close > -1) {\n      stream.backUp(cur.length - close);\n    } else if (cur.match(/<\\/?$/)) {\n      stream.backUp(cur.length);\n      if (!stream.match(pat, false)) stream.match(cur);\n    }\n    return style;\n  }\n\n  var attrRegexpCache = {};\n  function getAttrRegexp(attr) {\n    var regexp = attrRegexpCache[attr];\n    if (regexp) return regexp;\n    return attrRegexpCache[attr] = new RegExp(\"\\\\s+\" + attr + \"\\\\s*=\\\\s*('|\\\")?([^'\\\"]+)('|\\\")?\\\\s*\");\n  }\n\n  function getAttrValue(text, attr) {\n    var match = text.match(getAttrRegexp(attr))\n    return match ? match[2] : \"\"\n  }\n\n  function getTagRegexp(tagName, anchored) {\n    return new RegExp((anchored ? \"^\" : \"\") + \"<\\/\\s*\" + tagName + \"\\s*>\", \"i\");\n  }\n\n  function addTags(from, to) {\n    for (var tag in from) {\n      var dest = to[tag] || (to[tag] = []);\n      var source = from[tag];\n      for (var i = source.length - 1; i >= 0; i--)\n        dest.unshift(source[i])\n    }\n  }\n\n  function findMatchingMode(tagInfo, tagText) {\n    for (var i = 0; i < tagInfo.length; i++) {\n      var spec = tagInfo[i];\n      if (!spec[0] || spec[1].test(getAttrValue(tagText, spec[0]))) return spec[2];\n    }\n  }\n\n  CodeMirror.defineMode(\"htmlmixed\", function (config, parserConfig) {\n    var htmlMode = CodeMirror.getMode(config, {\n      name: \"xml\",\n      htmlMode: true,\n      multilineTagIndentFactor: parserConfig.multilineTagIndentFactor,\n      multilineTagIndentPastTag: parserConfig.multilineTagIndentPastTag\n    });\n\n    var tags = {};\n    var configTags = parserConfig && parserConfig.tags, configScript = parserConfig && parserConfig.scriptTypes;\n    addTags(defaultTags, tags);\n    if (configTags) addTags(configTags, tags);\n    if (configScript) for (var i = configScript.length - 1; i >= 0; i--)\n      tags.script.unshift([\"type\", configScript[i].matches, configScript[i].mode])\n\n    function html(stream, state) {\n      var style = htmlMode.token(stream, state.htmlState), tag = /\\btag\\b/.test(style), tagName\n      if (tag && !/[<>\\s\\/]/.test(stream.current()) &&\n          (tagName = state.htmlState.tagName && state.htmlState.tagName.toLowerCase()) &&\n          tags.hasOwnProperty(tagName)) {\n        state.inTag = tagName + \" \"\n      } else if (state.inTag && tag && />$/.test(stream.current())) {\n        var inTag = /^([\\S]+) (.*)/.exec(state.inTag)\n        state.inTag = null\n        var modeSpec = stream.current() == \">\" && findMatchingMode(tags[inTag[1]], inTag[2])\n        var mode = CodeMirror.getMode(config, modeSpec)\n        var endTagA = getTagRegexp(inTag[1], true), endTag = getTagRegexp(inTag[1], false);\n        state.token = function (stream, state) {\n          if (stream.match(endTagA, false)) {\n            state.token = html;\n            state.localState = state.localMode = null;\n            return null;\n          }\n          return maybeBackup(stream, endTag, state.localMode.token(stream, state.localState));\n        };\n        state.localMode = mode;\n        state.localState = CodeMirror.startState(mode, htmlMode.indent(state.htmlState, \"\"));\n      } else if (state.inTag) {\n        state.inTag += stream.current()\n        if (stream.eol()) state.inTag += \" \"\n      }\n      return style;\n    };\n\n    return {\n      startState: function () {\n        var state = htmlMode.startState();\n        return {token: html, inTag: null, localMode: null, localState: null, htmlState: state};\n      },\n\n      copyState: function (state) {\n        var local;\n        if (state.localState) {\n          local = CodeMirror.copyState(state.localMode, state.localState);\n        }\n        return {token: state.token, inTag: state.inTag,\n                localMode: state.localMode, localState: local,\n                htmlState: CodeMirror.copyState(htmlMode, state.htmlState)};\n      },\n\n      token: function (stream, state) {\n        return state.token(stream, state);\n      },\n\n      indent: function (state, textAfter) {\n        if (!state.localMode || /^\\s*<\\//.test(textAfter))\n          return htmlMode.indent(state.htmlState, textAfter);\n        else if (state.localMode.indent)\n          return state.localMode.indent(state.localState, textAfter);\n        else\n          return CodeMirror.Pass;\n      },\n\n      innerMode: function (state) {\n        return {state: state.localState || state.htmlState, mode: state.localMode || htmlMode};\n      }\n    };\n  }, \"xml\", \"javascript\", \"css\");\n\n  CodeMirror.defineMIME(\"text/html\", \"htmlmixed\");\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// TODO actually recognize syntax of TypeScript constructs\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nfunction expressionAllowed(stream, state, backUp) {\n  return /^(?:operator|sof|keyword c|case|new|[\\[{}\\(,;:]|=>)$/.test(state.lastType) ||\n    (state.lastType == \"quasi\" && /\\{\\s*$/.test(stream.string.slice(0, stream.pos - (backUp || 0))))\n}\n\nCodeMirror.defineMode(\"javascript\", function(config, parserConfig) {\n  var indentUnit = config.indentUnit;\n  var statementIndent = parserConfig.statementIndent;\n  var jsonldMode = parserConfig.jsonld;\n  var jsonMode = parserConfig.json || jsonldMode;\n  var isTS = parserConfig.typescript;\n  var wordRE = parserConfig.wordCharacters || /[\\w$\\xa1-\\uffff]/;\n\n  // Tokenizer\n\n  var keywords = function(){\n    function kw(type) {return {type: type, style: \"keyword\"};}\n    var A = kw(\"keyword a\"), B = kw(\"keyword b\"), C = kw(\"keyword c\");\n    var operator = kw(\"operator\"), atom = {type: \"atom\", style: \"atom\"};\n\n    var jsKeywords = {\n      \"if\": kw(\"if\"), \"while\": A, \"with\": A, \"else\": B, \"do\": B, \"try\": B, \"finally\": B,\n      \"return\": C, \"break\": C, \"continue\": C, \"new\": kw(\"new\"), \"delete\": C, \"throw\": C, \"debugger\": C,\n      \"var\": kw(\"var\"), \"const\": kw(\"var\"), \"let\": kw(\"var\"),\n      \"function\": kw(\"function\"), \"catch\": kw(\"catch\"),\n      \"for\": kw(\"for\"), \"switch\": kw(\"switch\"), \"case\": kw(\"case\"), \"default\": kw(\"default\"),\n      \"in\": operator, \"typeof\": operator, \"instanceof\": operator,\n      \"true\": atom, \"false\": atom, \"null\": atom, \"undefined\": atom, \"NaN\": atom, \"Infinity\": atom,\n      \"this\": kw(\"this\"), \"class\": kw(\"class\"), \"super\": kw(\"atom\"),\n      \"yield\": C, \"export\": kw(\"export\"), \"import\": kw(\"import\"), \"extends\": C\n    };\n\n    // Extend the 'normal' keywords with the TypeScript language extensions\n    if (isTS) {\n      var type = {type: \"variable\", style: \"variable-3\"};\n      var tsKeywords = {\n        // object-like things\n        \"interface\": kw(\"class\"),\n        \"implements\": C,\n        \"namespace\": C,\n        \"module\": kw(\"module\"),\n        \"enum\": kw(\"module\"),\n\n        // scope modifiers\n        \"public\": kw(\"modifier\"),\n        \"private\": kw(\"modifier\"),\n        \"protected\": kw(\"modifier\"),\n        \"abstract\": kw(\"modifier\"),\n\n        // operators\n        \"as\": operator,\n\n        // types\n        \"string\": type, \"number\": type, \"boolean\": type, \"any\": type\n      };\n\n      for (var attr in tsKeywords) {\n        jsKeywords[attr] = tsKeywords[attr];\n      }\n    }\n\n    return jsKeywords;\n  }();\n\n  var isOperatorChar = /[+\\-*&%=<>!?|~^]/;\n  var isJsonldKeyword = /^@(context|id|value|language|type|container|list|set|reverse|index|base|vocab|graph)\"/;\n\n  function readRegexp(stream) {\n    var escaped = false, next, inSet = false;\n    while ((next = stream.next()) != null) {\n      if (!escaped) {\n        if (next == \"/\" && !inSet) return;\n        if (next == \"[\") inSet = true;\n        else if (inSet && next == \"]\") inSet = false;\n      }\n      escaped = !escaped && next == \"\\\\\";\n    }\n  }\n\n  // Used as scratch variables to communicate multiple values without\n  // consing up tons of objects.\n  var type, content;\n  function ret(tp, style, cont) {\n    type = tp; content = cont;\n    return style;\n  }\n  function tokenBase(stream, state) {\n    var ch = stream.next();\n    if (ch == '\"' || ch == \"'\") {\n      state.tokenize = tokenString(ch);\n      return state.tokenize(stream, state);\n    } else if (ch == \".\" && stream.match(/^\\d+(?:[eE][+\\-]?\\d+)?/)) {\n      return ret(\"number\", \"number\");\n    } else if (ch == \".\" && stream.match(\"..\")) {\n      return ret(\"spread\", \"meta\");\n    } else if (/[\\[\\]{}\\(\\),;\\:\\.]/.test(ch)) {\n      return ret(ch);\n    } else if (ch == \"=\" && stream.eat(\">\")) {\n      return ret(\"=>\", \"operator\");\n    } else if (ch == \"0\" && stream.eat(/x/i)) {\n      stream.eatWhile(/[\\da-f]/i);\n      return ret(\"number\", \"number\");\n    } else if (ch == \"0\" && stream.eat(/o/i)) {\n      stream.eatWhile(/[0-7]/i);\n      return ret(\"number\", \"number\");\n    } else if (ch == \"0\" && stream.eat(/b/i)) {\n      stream.eatWhile(/[01]/i);\n      return ret(\"number\", \"number\");\n    } else if (/\\d/.test(ch)) {\n      stream.match(/^\\d*(?:\\.\\d*)?(?:[eE][+\\-]?\\d+)?/);\n      return ret(\"number\", \"number\");\n    } else if (ch == \"/\") {\n      if (stream.eat(\"*\")) {\n        state.tokenize = tokenComment;\n        return tokenComment(stream, state);\n      } else if (stream.eat(\"/\")) {\n        stream.skipToEnd();\n        return ret(\"comment\", \"comment\");\n      } else if (expressionAllowed(stream, state, 1)) {\n        readRegexp(stream);\n        stream.match(/^\\b(([gimyu])(?![gimyu]*\\2))+\\b/);\n        return ret(\"regexp\", \"string-2\");\n      } else {\n        stream.eatWhile(isOperatorChar);\n        return ret(\"operator\", \"operator\", stream.current());\n      }\n    } else if (ch == \"`\") {\n      state.tokenize = tokenQuasi;\n      return tokenQuasi(stream, state);\n    } else if (ch == \"#\") {\n      stream.skipToEnd();\n      return ret(\"error\", \"error\");\n    } else if (isOperatorChar.test(ch)) {\n      stream.eatWhile(isOperatorChar);\n      return ret(\"operator\", \"operator\", stream.current());\n    } else if (wordRE.test(ch)) {\n      stream.eatWhile(wordRE);\n      var word = stream.current(), known = keywords.propertyIsEnumerable(word) && keywords[word];\n      return (known && state.lastType != \".\") ? ret(known.type, known.style, word) :\n                     ret(\"variable\", \"variable\", word);\n    }\n  }\n\n  function tokenString(quote) {\n    return function(stream, state) {\n      var escaped = false, next;\n      if (jsonldMode && stream.peek() == \"@\" && stream.match(isJsonldKeyword)){\n        state.tokenize = tokenBase;\n        return ret(\"jsonld-keyword\", \"meta\");\n      }\n      while ((next = stream.next()) != null) {\n        if (next == quote && !escaped) break;\n        escaped = !escaped && next == \"\\\\\";\n      }\n      if (!escaped) state.tokenize = tokenBase;\n      return ret(\"string\", \"string\");\n    };\n  }\n\n  function tokenComment(stream, state) {\n    var maybeEnd = false, ch;\n    while (ch = stream.next()) {\n      if (ch == \"/\" && maybeEnd) {\n        state.tokenize = tokenBase;\n        break;\n      }\n      maybeEnd = (ch == \"*\");\n    }\n    return ret(\"comment\", \"comment\");\n  }\n\n  function tokenQuasi(stream, state) {\n    var escaped = false, next;\n    while ((next = stream.next()) != null) {\n      if (!escaped && (next == \"`\" || next == \"$\" && stream.eat(\"{\"))) {\n        state.tokenize = tokenBase;\n        break;\n      }\n      escaped = !escaped && next == \"\\\\\";\n    }\n    return ret(\"quasi\", \"string-2\", stream.current());\n  }\n\n  var brackets = \"([{}])\";\n  // This is a crude lookahead trick to try and notice that we're\n  // parsing the argument patterns for a fat-arrow function before we\n  // actually hit the arrow token. It only works if the arrow is on\n  // the same line as the arguments and there's no strange noise\n  // (comments) in between. Fallback is to only notice when we hit the\n  // arrow, and not declare the arguments as locals for the arrow\n  // body.\n  function findFatArrow(stream, state) {\n    if (state.fatArrowAt) state.fatArrowAt = null;\n    var arrow = stream.string.indexOf(\"=>\", stream.start);\n    if (arrow < 0) return;\n\n    var depth = 0, sawSomething = false;\n    for (var pos = arrow - 1; pos >= 0; --pos) {\n      var ch = stream.string.charAt(pos);\n      var bracket = brackets.indexOf(ch);\n      if (bracket >= 0 && bracket < 3) {\n        if (!depth) { ++pos; break; }\n        if (--depth == 0) break;\n      } else if (bracket >= 3 && bracket < 6) {\n        ++depth;\n      } else if (wordRE.test(ch)) {\n        sawSomething = true;\n      } else if (/[\"'\\/]/.test(ch)) {\n        return;\n      } else if (sawSomething && !depth) {\n        ++pos;\n        break;\n      }\n    }\n    if (sawSomething && !depth) state.fatArrowAt = pos;\n  }\n\n  // Parser\n\n  var atomicTypes = {\"atom\": true, \"number\": true, \"variable\": true, \"string\": true, \"regexp\": true, \"this\": true, \"jsonld-keyword\": true};\n\n  function JSLexical(indented, column, type, align, prev, info) {\n    this.indented = indented;\n    this.column = column;\n    this.type = type;\n    this.prev = prev;\n    this.info = info;\n    if (align != null) this.align = align;\n  }\n\n  function inScope(state, varname) {\n    for (var v = state.localVars; v; v = v.next)\n      if (v.name == varname) return true;\n    for (var cx = state.context; cx; cx = cx.prev) {\n      for (var v = cx.vars; v; v = v.next)\n        if (v.name == varname) return true;\n    }\n  }\n\n  function parseJS(state, style, type, content, stream) {\n    var cc = state.cc;\n    // Communicate our context to the combinators.\n    // (Less wasteful than consing up a hundred closures on every call.)\n    cx.state = state; cx.stream = stream; cx.marked = null, cx.cc = cc; cx.style = style;\n\n    if (!state.lexical.hasOwnProperty(\"align\"))\n      state.lexical.align = true;\n\n    while(true) {\n      var combinator = cc.length ? cc.pop() : jsonMode ? expression : statement;\n      if (combinator(type, content)) {\n        while(cc.length && cc[cc.length - 1].lex)\n          cc.pop()();\n        if (cx.marked) return cx.marked;\n        if (type == \"variable\" && inScope(state, content)) return \"variable-2\";\n        return style;\n      }\n    }\n  }\n\n  // Combinator utils\n\n  var cx = {state: null, column: null, marked: null, cc: null};\n  function pass() {\n    for (var i = arguments.length - 1; i >= 0; i--) cx.cc.push(arguments[i]);\n  }\n  function cont() {\n    pass.apply(null, arguments);\n    return true;\n  }\n  function register(varname) {\n    function inList(list) {\n      for (var v = list; v; v = v.next)\n        if (v.name == varname) return true;\n      return false;\n    }\n    var state = cx.state;\n    cx.marked = \"def\";\n    if (state.context) {\n      if (inList(state.localVars)) return;\n      state.localVars = {name: varname, next: state.localVars};\n    } else {\n      if (inList(state.globalVars)) return;\n      if (parserConfig.globalVars)\n        state.globalVars = {name: varname, next: state.globalVars};\n    }\n  }\n\n  // Combinators\n\n  var defaultVars = {name: \"this\", next: {name: \"arguments\"}};\n  function pushcontext() {\n    cx.state.context = {prev: cx.state.context, vars: cx.state.localVars};\n    cx.state.localVars = defaultVars;\n  }\n  function popcontext() {\n    cx.state.localVars = cx.state.context.vars;\n    cx.state.context = cx.state.context.prev;\n  }\n  function pushlex(type, info) {\n    var result = function() {\n      var state = cx.state, indent = state.indented;\n      if (state.lexical.type == \"stat\") indent = state.lexical.indented;\n      else for (var outer = state.lexical; outer && outer.type == \")\" && outer.align; outer = outer.prev)\n        indent = outer.indented;\n      state.lexical = new JSLexical(indent, cx.stream.column(), type, null, state.lexical, info);\n    };\n    result.lex = true;\n    return result;\n  }\n  function poplex() {\n    var state = cx.state;\n    if (state.lexical.prev) {\n      if (state.lexical.type == \")\")\n        state.indented = state.lexical.indented;\n      state.lexical = state.lexical.prev;\n    }\n  }\n  poplex.lex = true;\n\n  function expect(wanted) {\n    function exp(type) {\n      if (type == wanted) return cont();\n      else if (wanted == \";\") return pass();\n      else return cont(exp);\n    };\n    return exp;\n  }\n\n  function statement(type, value) {\n    if (type == \"var\") return cont(pushlex(\"vardef\", value.length), vardef, expect(\";\"), poplex);\n    if (type == \"keyword a\") return cont(pushlex(\"form\"), expression, statement, poplex);\n    if (type == \"keyword b\") return cont(pushlex(\"form\"), statement, poplex);\n    if (type == \"{\") return cont(pushlex(\"}\"), block, poplex);\n    if (type == \";\") return cont();\n    if (type == \"if\") {\n      if (cx.state.lexical.info == \"else\" && cx.state.cc[cx.state.cc.length - 1] == poplex)\n        cx.state.cc.pop()();\n      return cont(pushlex(\"form\"), expression, statement, poplex, maybeelse);\n    }\n    if (type == \"function\") return cont(functiondef);\n    if (type == \"for\") return cont(pushlex(\"form\"), forspec, statement, poplex);\n    if (type == \"variable\") return cont(pushlex(\"stat\"), maybelabel);\n    if (type == \"switch\") return cont(pushlex(\"form\"), expression, pushlex(\"}\", \"switch\"), expect(\"{\"),\n                                      block, poplex, poplex);\n    if (type == \"case\") return cont(expression, expect(\":\"));\n    if (type == \"default\") return cont(expect(\":\"));\n    if (type == \"catch\") return cont(pushlex(\"form\"), pushcontext, expect(\"(\"), funarg, expect(\")\"),\n                                     statement, poplex, popcontext);\n    if (type == \"class\") return cont(pushlex(\"form\"), className, poplex);\n    if (type == \"export\") return cont(pushlex(\"stat\"), afterExport, poplex);\n    if (type == \"import\") return cont(pushlex(\"stat\"), afterImport, poplex);\n    if (type == \"module\") return cont(pushlex(\"form\"), pattern, pushlex(\"}\"), expect(\"{\"), block, poplex, poplex)\n    return pass(pushlex(\"stat\"), expression, expect(\";\"), poplex);\n  }\n  function expression(type) {\n    return expressionInner(type, false);\n  }\n  function expressionNoComma(type) {\n    return expressionInner(type, true);\n  }\n  function expressionInner(type, noComma) {\n    if (cx.state.fatArrowAt == cx.stream.start) {\n      var body = noComma ? arrowBodyNoComma : arrowBody;\n      if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(pattern, \")\"), poplex, expect(\"=>\"), body, popcontext);\n      else if (type == \"variable\") return pass(pushcontext, pattern, expect(\"=>\"), body, popcontext);\n    }\n\n    var maybeop = noComma ? maybeoperatorNoComma : maybeoperatorComma;\n    if (atomicTypes.hasOwnProperty(type)) return cont(maybeop);\n    if (type == \"function\") return cont(functiondef, maybeop);\n    if (type == \"keyword c\") return cont(noComma ? maybeexpressionNoComma : maybeexpression);\n    if (type == \"(\") return cont(pushlex(\")\"), maybeexpression, comprehension, expect(\")\"), poplex, maybeop);\n    if (type == \"operator\" || type == \"spread\") return cont(noComma ? expressionNoComma : expression);\n    if (type == \"[\") return cont(pushlex(\"]\"), arrayLiteral, poplex, maybeop);\n    if (type == \"{\") return contCommasep(objprop, \"}\", null, maybeop);\n    if (type == \"quasi\") return pass(quasi, maybeop);\n    if (type == \"new\") return cont(maybeTarget(noComma));\n    return cont();\n  }\n  function maybeexpression(type) {\n    if (type.match(/[;\\}\\)\\],]/)) return pass();\n    return pass(expression);\n  }\n  function maybeexpressionNoComma(type) {\n    if (type.match(/[;\\}\\)\\],]/)) return pass();\n    return pass(expressionNoComma);\n  }\n\n  function maybeoperatorComma(type, value) {\n    if (type == \",\") return cont(expression);\n    return maybeoperatorNoComma(type, value, false);\n  }\n  function maybeoperatorNoComma(type, value, noComma) {\n    var me = noComma == false ? maybeoperatorComma : maybeoperatorNoComma;\n    var expr = noComma == false ? expression : expressionNoComma;\n    if (type == \"=>\") return cont(pushcontext, noComma ? arrowBodyNoComma : arrowBody, popcontext);\n    if (type == \"operator\") {\n      if (/\\+\\+|--/.test(value)) return cont(me);\n      if (value == \"?\") return cont(expression, expect(\":\"), expr);\n      return cont(expr);\n    }\n    if (type == \"quasi\") { return pass(quasi, me); }\n    if (type == \";\") return;\n    if (type == \"(\") return contCommasep(expressionNoComma, \")\", \"call\", me);\n    if (type == \".\") return cont(property, me);\n    if (type == \"[\") return cont(pushlex(\"]\"), maybeexpression, expect(\"]\"), poplex, me);\n  }\n  function quasi(type, value) {\n    if (type != \"quasi\") return pass();\n    if (value.slice(value.length - 2) != \"${\") return cont(quasi);\n    return cont(expression, continueQuasi);\n  }\n  function continueQuasi(type) {\n    if (type == \"}\") {\n      cx.marked = \"string-2\";\n      cx.state.tokenize = tokenQuasi;\n      return cont(quasi);\n    }\n  }\n  function arrowBody(type) {\n    findFatArrow(cx.stream, cx.state);\n    return pass(type == \"{\" ? statement : expression);\n  }\n  function arrowBodyNoComma(type) {\n    findFatArrow(cx.stream, cx.state);\n    return pass(type == \"{\" ? statement : expressionNoComma);\n  }\n  function maybeTarget(noComma) {\n    return function(type) {\n      if (type == \".\") return cont(noComma ? targetNoComma : target);\n      else return pass(noComma ? expressionNoComma : expression);\n    };\n  }\n  function target(_, value) {\n    if (value == \"target\") { cx.marked = \"keyword\"; return cont(maybeoperatorComma); }\n  }\n  function targetNoComma(_, value) {\n    if (value == \"target\") { cx.marked = \"keyword\"; return cont(maybeoperatorNoComma); }\n  }\n  function maybelabel(type) {\n    if (type == \":\") return cont(poplex, statement);\n    return pass(maybeoperatorComma, expect(\";\"), poplex);\n  }\n  function property(type) {\n    if (type == \"variable\") {cx.marked = \"property\"; return cont();}\n  }\n  function objprop(type, value) {\n    if (type == \"variable\" || cx.style == \"keyword\") {\n      cx.marked = \"property\";\n      if (value == \"get\" || value == \"set\") return cont(getterSetter);\n      return cont(afterprop);\n    } else if (type == \"number\" || type == \"string\") {\n      cx.marked = jsonldMode ? \"property\" : (cx.style + \" property\");\n      return cont(afterprop);\n    } else if (type == \"jsonld-keyword\") {\n      return cont(afterprop);\n    } else if (type == \"modifier\") {\n      return cont(objprop)\n    } else if (type == \"[\") {\n      return cont(expression, expect(\"]\"), afterprop);\n    } else if (type == \"spread\") {\n      return cont(expression);\n    }\n  }\n  function getterSetter(type) {\n    if (type != \"variable\") return pass(afterprop);\n    cx.marked = \"property\";\n    return cont(functiondef);\n  }\n  function afterprop(type) {\n    if (type == \":\") return cont(expressionNoComma);\n    if (type == \"(\") return pass(functiondef);\n  }\n  function commasep(what, end) {\n    function proceed(type) {\n      if (type == \",\") {\n        var lex = cx.state.lexical;\n        if (lex.info == \"call\") lex.pos = (lex.pos || 0) + 1;\n        return cont(what, proceed);\n      }\n      if (type == end) return cont();\n      return cont(expect(end));\n    }\n    return function(type) {\n      if (type == end) return cont();\n      return pass(what, proceed);\n    };\n  }\n  function contCommasep(what, end, info) {\n    for (var i = 3; i < arguments.length; i++)\n      cx.cc.push(arguments[i]);\n    return cont(pushlex(end, info), commasep(what, end), poplex);\n  }\n  function block(type) {\n    if (type == \"}\") return cont();\n    return pass(statement, block);\n  }\n  function maybetype(type) {\n    if (isTS && type == \":\") return cont(typedef);\n  }\n  function maybedefault(_, value) {\n    if (value == \"=\") return cont(expressionNoComma);\n  }\n  function typedef(type) {\n    if (type == \"variable\") {cx.marked = \"variable-3\"; return cont();}\n  }\n  function vardef() {\n    return pass(pattern, maybetype, maybeAssign, vardefCont);\n  }\n  function pattern(type, value) {\n    if (type == \"modifier\") return cont(pattern)\n    if (type == \"variable\") { register(value); return cont(); }\n    if (type == \"spread\") return cont(pattern);\n    if (type == \"[\") return contCommasep(pattern, \"]\");\n    if (type == \"{\") return contCommasep(proppattern, \"}\");\n  }\n  function proppattern(type, value) {\n    if (type == \"variable\" && !cx.stream.match(/^\\s*:/, false)) {\n      register(value);\n      return cont(maybeAssign);\n    }\n    if (type == \"variable\") cx.marked = \"property\";\n    if (type == \"spread\") return cont(pattern);\n    if (type == \"}\") return pass();\n    return cont(expect(\":\"), pattern, maybeAssign);\n  }\n  function maybeAssign(_type, value) {\n    if (value == \"=\") return cont(expressionNoComma);\n  }\n  function vardefCont(type) {\n    if (type == \",\") return cont(vardef);\n  }\n  function maybeelse(type, value) {\n    if (type == \"keyword b\" && value == \"else\") return cont(pushlex(\"form\", \"else\"), statement, poplex);\n  }\n  function forspec(type) {\n    if (type == \"(\") return cont(pushlex(\")\"), forspec1, expect(\")\"), poplex);\n  }\n  function forspec1(type) {\n    if (type == \"var\") return cont(vardef, expect(\";\"), forspec2);\n    if (type == \";\") return cont(forspec2);\n    if (type == \"variable\") return cont(formaybeinof);\n    return pass(expression, expect(\";\"), forspec2);\n  }\n  function formaybeinof(_type, value) {\n    if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n    return cont(maybeoperatorComma, forspec2);\n  }\n  function forspec2(type, value) {\n    if (type == \";\") return cont(forspec3);\n    if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n    return pass(expression, expect(\";\"), forspec3);\n  }\n  function forspec3(type) {\n    if (type != \")\") cont(expression);\n  }\n  function functiondef(type, value) {\n    if (value == \"*\") {cx.marked = \"keyword\"; return cont(functiondef);}\n    if (type == \"variable\") {register(value); return cont(functiondef);}\n    if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(funarg, \")\"), poplex, statement, popcontext);\n  }\n  function funarg(type) {\n    if (type == \"spread\") return cont(funarg);\n    return pass(pattern, maybetype, maybedefault);\n  }\n  function className(type, value) {\n    if (type == \"variable\") {register(value); return cont(classNameAfter);}\n  }\n  function classNameAfter(type, value) {\n    if (value == \"extends\") return cont(expression, classNameAfter);\n    if (type == \"{\") return cont(pushlex(\"}\"), classBody, poplex);\n  }\n  function classBody(type, value) {\n    if (type == \"variable\" || cx.style == \"keyword\") {\n      if (value == \"static\") {\n        cx.marked = \"keyword\";\n        return cont(classBody);\n      }\n      cx.marked = \"property\";\n      if (value == \"get\" || value == \"set\") return cont(classGetterSetter, functiondef, classBody);\n      return cont(functiondef, classBody);\n    }\n    if (value == \"*\") {\n      cx.marked = \"keyword\";\n      return cont(classBody);\n    }\n    if (type == \";\") return cont(classBody);\n    if (type == \"}\") return cont();\n  }\n  function classGetterSetter(type) {\n    if (type != \"variable\") return pass();\n    cx.marked = \"property\";\n    return cont();\n  }\n  function afterExport(_type, value) {\n    if (value == \"*\") { cx.marked = \"keyword\"; return cont(maybeFrom, expect(\";\")); }\n    if (value == \"default\") { cx.marked = \"keyword\"; return cont(expression, expect(\";\")); }\n    return pass(statement);\n  }\n  function afterImport(type) {\n    if (type == \"string\") return cont();\n    return pass(importSpec, maybeFrom);\n  }\n  function importSpec(type, value) {\n    if (type == \"{\") return contCommasep(importSpec, \"}\");\n    if (type == \"variable\") register(value);\n    if (value == \"*\") cx.marked = \"keyword\";\n    return cont(maybeAs);\n  }\n  function maybeAs(_type, value) {\n    if (value == \"as\") { cx.marked = \"keyword\"; return cont(importSpec); }\n  }\n  function maybeFrom(_type, value) {\n    if (value == \"from\") { cx.marked = \"keyword\"; return cont(expression); }\n  }\n  function arrayLiteral(type) {\n    if (type == \"]\") return cont();\n    return pass(expressionNoComma, maybeArrayComprehension);\n  }\n  function maybeArrayComprehension(type) {\n    if (type == \"for\") return pass(comprehension, expect(\"]\"));\n    if (type == \",\") return cont(commasep(maybeexpressionNoComma, \"]\"));\n    return pass(commasep(expressionNoComma, \"]\"));\n  }\n  function comprehension(type) {\n    if (type == \"for\") return cont(forspec, comprehension);\n    if (type == \"if\") return cont(expression, comprehension);\n  }\n\n  function isContinuedStatement(state, textAfter) {\n    return state.lastType == \"operator\" || state.lastType == \",\" ||\n      isOperatorChar.test(textAfter.charAt(0)) ||\n      /[,.]/.test(textAfter.charAt(0));\n  }\n\n  // Interface\n\n  return {\n    startState: function(basecolumn) {\n      var state = {\n        tokenize: tokenBase,\n        lastType: \"sof\",\n        cc: [],\n        lexical: new JSLexical((basecolumn || 0) - indentUnit, 0, \"block\", false),\n        localVars: parserConfig.localVars,\n        context: parserConfig.localVars && {vars: parserConfig.localVars},\n        indented: basecolumn || 0\n      };\n      if (parserConfig.globalVars && typeof parserConfig.globalVars == \"object\")\n        state.globalVars = parserConfig.globalVars;\n      return state;\n    },\n\n    token: function(stream, state) {\n      if (stream.sol()) {\n        if (!state.lexical.hasOwnProperty(\"align\"))\n          state.lexical.align = false;\n        state.indented = stream.indentation();\n        findFatArrow(stream, state);\n      }\n      if (state.tokenize != tokenComment && stream.eatSpace()) return null;\n      var style = state.tokenize(stream, state);\n      if (type == \"comment\") return style;\n      state.lastType = type == \"operator\" && (content == \"++\" || content == \"--\") ? \"incdec\" : type;\n      return parseJS(state, style, type, content, stream);\n    },\n\n    indent: function(state, textAfter) {\n      if (state.tokenize == tokenComment) return CodeMirror.Pass;\n      if (state.tokenize != tokenBase) return 0;\n      var firstChar = textAfter && textAfter.charAt(0), lexical = state.lexical;\n      // Kludge to prevent 'maybelse' from blocking lexical scope pops\n      if (!/^\\s*else\\b/.test(textAfter)) for (var i = state.cc.length - 1; i >= 0; --i) {\n        var c = state.cc[i];\n        if (c == poplex) lexical = lexical.prev;\n        else if (c != maybeelse) break;\n      }\n      if (lexical.type == \"stat\" && firstChar == \"}\") lexical = lexical.prev;\n      if (statementIndent && lexical.type == \")\" && lexical.prev.type == \"stat\")\n        lexical = lexical.prev;\n      var type = lexical.type, closing = firstChar == type;\n\n      if (type == \"vardef\") return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? lexical.info + 1 : 0);\n      else if (type == \"form\" && firstChar == \"{\") return lexical.indented;\n      else if (type == \"form\") return lexical.indented + indentUnit;\n      else if (type == \"stat\")\n        return lexical.indented + (isContinuedStatement(state, textAfter) ? statementIndent || indentUnit : 0);\n      else if (lexical.info == \"switch\" && !closing && parserConfig.doubleIndentSwitch != false)\n        return lexical.indented + (/^(?:case|default)\\b/.test(textAfter) ? indentUnit : 2 * indentUnit);\n      else if (lexical.align) return lexical.column + (closing ? 0 : 1);\n      else return lexical.indented + (closing ? 0 : indentUnit);\n    },\n\n    electricInput: /^\\s*(?:case .*?:|default:|\\{|\\})$/,\n    blockCommentStart: jsonMode ? null : \"/*\",\n    blockCommentEnd: jsonMode ? null : \"*/\",\n    lineComment: jsonMode ? null : \"//\",\n    fold: \"brace\",\n    closeBrackets: \"()[]{}''\\\"\\\"``\",\n\n    helperType: jsonMode ? \"json\" : \"javascript\",\n    jsonldMode: jsonldMode,\n    jsonMode: jsonMode,\n\n    expressionAllowed: expressionAllowed,\n    skipExpression: function(state) {\n      var top = state.cc[state.cc.length - 1]\n      if (top == expression || top == expressionNoComma) state.cc.pop()\n    }\n  };\n});\n\nCodeMirror.registerHelper(\"wordChars\", \"javascript\", /[\\w$]/);\n\nCodeMirror.defineMIME(\"text/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"text/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/x-javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/x-json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/ld+json\", {name: \"javascript\", jsonld: true});\nCodeMirror.defineMIME(\"text/typescript\", { name: \"javascript\", typescript: true });\nCodeMirror.defineMIME(\"application/typescript\", { name: \"javascript\", typescript: true });\n\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"), require(\"../xml/xml\"), require(\"../meta\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\", \"../xml/xml\", \"../meta\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"markdown\", function(cmCfg, modeCfg) {\n\n  var htmlMode = CodeMirror.getMode(cmCfg, \"text/html\");\n  var htmlModeMissing = htmlMode.name == \"null\"\n\n  function getMode(name) {\n    if (CodeMirror.findModeByName) {\n      var found = CodeMirror.findModeByName(name);\n      if (found) name = found.mime || found.mimes[0];\n    }\n    var mode = CodeMirror.getMode(cmCfg, name);\n    return mode.name == \"null\" ? null : mode;\n  }\n\n  // Should characters that affect highlighting be highlighted separate?\n  // Does not include characters that will be output (such as `1.` and `-` for lists)\n  if (modeCfg.highlightFormatting === undefined)\n    modeCfg.highlightFormatting = false;\n\n  // Maximum number of nested blockquotes. Set to 0 for infinite nesting.\n  // Excess `>` will emit `error` token.\n  if (modeCfg.maxBlockquoteDepth === undefined)\n    modeCfg.maxBlockquoteDepth = 0;\n\n  // Should underscores in words open/close em/strong?\n  if (modeCfg.underscoresBreakWords === undefined)\n    modeCfg.underscoresBreakWords = true;\n\n  // Use `fencedCodeBlocks` to configure fenced code blocks. false to\n  // disable, string to specify a precise regexp that the fence should\n  // match, and true to allow three or more backticks or tildes (as\n  // per CommonMark).\n\n  // Turn on task lists? (\"- [ ] \" and \"- [x] \")\n  if (modeCfg.taskLists === undefined) modeCfg.taskLists = false;\n\n  // Turn on strikethrough syntax\n  if (modeCfg.strikethrough === undefined)\n    modeCfg.strikethrough = false;\n\n  // Allow token types to be overridden by user-provided token types.\n  if (modeCfg.tokenTypeOverrides === undefined)\n    modeCfg.tokenTypeOverrides = {};\n\n  var tokenTypes = {\n    header: \"header\",\n    code: \"comment\",\n    quote: \"quote\",\n    list1: \"variable-2\",\n    list2: \"variable-3\",\n    list3: \"keyword\",\n    hr: \"hr\",\n    image: \"tag\",\n    formatting: \"formatting\",\n    linkInline: \"link\",\n    linkEmail: \"link\",\n    linkText: \"link\",\n    linkHref: \"string\",\n    em: \"em\",\n    strong: \"strong\",\n    strikethrough: \"strikethrough\"\n  };\n\n  for (var tokenType in tokenTypes) {\n    if (tokenTypes.hasOwnProperty(tokenType) && modeCfg.tokenTypeOverrides[tokenType]) {\n      tokenTypes[tokenType] = modeCfg.tokenTypeOverrides[tokenType];\n    }\n  }\n\n  var hrRE = /^([*\\-_])(?:\\s*\\1){2,}\\s*$/\n  ,   ulRE = /^[*\\-+]\\s+/\n  ,   olRE = /^[0-9]+([.)])\\s+/\n  ,   taskListRE = /^\\[(x| )\\](?=\\s)/ // Must follow ulRE or olRE\n  ,   atxHeaderRE = modeCfg.allowAtxHeaderWithoutSpace ? /^(#+)/ : /^(#+)(?: |$)/\n  ,   setextHeaderRE = /^ *(?:\\={1,}|-{1,})\\s*$/\n  ,   textRE = /^[^#!\\[\\]*_\\\\<>` \"'(~]+/\n  ,   fencedCodeRE = new RegExp(\"^(\" + (modeCfg.fencedCodeBlocks === true ? \"~~~+|```+\" : modeCfg.fencedCodeBlocks) +\n                                \")[ \\\\t]*([\\\\w+#]*)\");\n\n  function switchInline(stream, state, f) {\n    state.f = state.inline = f;\n    return f(stream, state);\n  }\n\n  function switchBlock(stream, state, f) {\n    state.f = state.block = f;\n    return f(stream, state);\n  }\n\n  function lineIsEmpty(line) {\n    return !line || !/\\S/.test(line.string)\n  }\n\n  // Blocks\n\n  function blankLine(state) {\n    // Reset linkTitle state\n    state.linkTitle = false;\n    // Reset EM state\n    state.em = false;\n    // Reset STRONG state\n    state.strong = false;\n    // Reset strikethrough state\n    state.strikethrough = false;\n    // Reset state.quote\n    state.quote = 0;\n    // Reset state.indentedCode\n    state.indentedCode = false;\n    if (htmlModeMissing && state.f == htmlBlock) {\n      state.f = inlineNormal;\n      state.block = blockNormal;\n    }\n    // Reset state.trailingSpace\n    state.trailingSpace = 0;\n    state.trailingSpaceNewLine = false;\n    // Mark this line as blank\n    state.prevLine = state.thisLine\n    state.thisLine = null\n    return null;\n  }\n\n  function blockNormal(stream, state) {\n\n    var sol = stream.sol();\n\n    var prevLineIsList = state.list !== false,\n        prevLineIsIndentedCode = state.indentedCode;\n\n    state.indentedCode = false;\n\n    if (prevLineIsList) {\n      if (state.indentationDiff >= 0) { // Continued list\n        if (state.indentationDiff < 4) { // Only adjust indentation if *not* a code block\n          state.indentation -= state.indentationDiff;\n        }\n        state.list = null;\n      } else if (state.indentation > 0) {\n        state.list = null;\n      } else { // No longer a list\n        state.list = false;\n      }\n    }\n\n    var match = null;\n    if (state.indentationDiff >= 4) {\n      stream.skipToEnd();\n      if (prevLineIsIndentedCode || lineIsEmpty(state.prevLine)) {\n        state.indentation -= 4;\n        state.indentedCode = true;\n        return tokenTypes.code;\n      } else {\n        return null;\n      }\n    } else if (stream.eatSpace()) {\n      return null;\n    } else if ((match = stream.match(atxHeaderRE)) && match[1].length <= 6) {\n      state.header = match[1].length;\n      if (modeCfg.highlightFormatting) state.formatting = \"header\";\n      state.f = state.inline;\n      return getType(state);\n    } else if (!lineIsEmpty(state.prevLine) && !state.quote && !prevLineIsList &&\n               !prevLineIsIndentedCode && (match = stream.match(setextHeaderRE))) {\n      state.header = match[0].charAt(0) == '=' ? 1 : 2;\n      if (modeCfg.highlightFormatting) state.formatting = \"header\";\n      state.f = state.inline;\n      return getType(state);\n    } else if (stream.eat('>')) {\n      state.quote = sol ? 1 : state.quote + 1;\n      if (modeCfg.highlightFormatting) state.formatting = \"quote\";\n      stream.eatSpace();\n      return getType(state);\n    } else if (stream.peek() === '[') {\n      return switchInline(stream, state, footnoteLink);\n    } else if (stream.match(hrRE, true)) {\n      state.hr = true;\n      return tokenTypes.hr;\n    } else if ((lineIsEmpty(state.prevLine) || prevLineIsList) && (stream.match(ulRE, false) || stream.match(olRE, false))) {\n      var listType = null;\n      if (stream.match(ulRE, true)) {\n        listType = 'ul';\n      } else {\n        stream.match(olRE, true);\n        listType = 'ol';\n      }\n      state.indentation = stream.column() + stream.current().length;\n      state.list = true;\n\n      // While this list item's marker's indentation\n      // is less than the deepest list item's content's indentation,\n      // pop the deepest list item indentation off the stack.\n      while (state.listStack && stream.column() < state.listStack[state.listStack.length - 1]) {\n        state.listStack.pop();\n      }\n\n      // Add this list item's content's indentation to the stack\n      state.listStack.push(state.indentation);\n\n      if (modeCfg.taskLists && stream.match(taskListRE, false)) {\n        state.taskList = true;\n      }\n      state.f = state.inline;\n      if (modeCfg.highlightFormatting) state.formatting = [\"list\", \"list-\" + listType];\n      return getType(state);\n    } else if (modeCfg.fencedCodeBlocks && (match = stream.match(fencedCodeRE, true))) {\n      state.fencedChars = match[1]\n      // try switching mode\n      state.localMode = getMode(match[2]);\n      if (state.localMode) state.localState = state.localMode.startState();\n      state.f = state.block = local;\n      if (modeCfg.highlightFormatting) state.formatting = \"code-block\";\n      state.code = -1\n      return getType(state);\n    }\n\n    return switchInline(stream, state, state.inline);\n  }\n\n  function htmlBlock(stream, state) {\n    var style = htmlMode.token(stream, state.htmlState);\n    if (!htmlModeMissing) {\n      var inner = CodeMirror.innerMode(htmlMode, state.htmlState)\n      if ((inner.mode.name == \"xml\" && inner.state.tagStart === null &&\n           (!inner.state.context && inner.state.tokenize.isInText)) ||\n          (state.md_inside && stream.current().indexOf(\">\") > -1)) {\n        state.f = inlineNormal;\n        state.block = blockNormal;\n        state.htmlState = null;\n      }\n    }\n    return style;\n  }\n\n  function local(stream, state) {\n    if (state.fencedChars && stream.match(state.fencedChars, false)) {\n      state.localMode = state.localState = null;\n      state.f = state.block = leavingLocal;\n      return null;\n    } else if (state.localMode) {\n      return state.localMode.token(stream, state.localState);\n    } else {\n      stream.skipToEnd();\n      return tokenTypes.code;\n    }\n  }\n\n  function leavingLocal(stream, state) {\n    stream.match(state.fencedChars);\n    state.block = blockNormal;\n    state.f = inlineNormal;\n    state.fencedChars = null;\n    if (modeCfg.highlightFormatting) state.formatting = \"code-block\";\n    state.code = 1\n    var returnType = getType(state);\n    state.code = 0\n    return returnType;\n  }\n\n  // Inline\n  function getType(state) {\n    var styles = [];\n\n    if (state.formatting) {\n      styles.push(tokenTypes.formatting);\n\n      if (typeof state.formatting === \"string\") state.formatting = [state.formatting];\n\n      for (var i = 0; i < state.formatting.length; i++) {\n        styles.push(tokenTypes.formatting + \"-\" + state.formatting[i]);\n\n        if (state.formatting[i] === \"header\") {\n          styles.push(tokenTypes.formatting + \"-\" + state.formatting[i] + \"-\" + state.header);\n        }\n\n        // Add `formatting-quote` and `formatting-quote-#` for blockquotes\n        // Add `error` instead if the maximum blockquote nesting depth is passed\n        if (state.formatting[i] === \"quote\") {\n          if (!modeCfg.maxBlockquoteDepth || modeCfg.maxBlockquoteDepth >= state.quote) {\n            styles.push(tokenTypes.formatting + \"-\" + state.formatting[i] + \"-\" + state.quote);\n          } else {\n            styles.push(\"error\");\n          }\n        }\n      }\n    }\n\n    if (state.taskOpen) {\n      styles.push(\"meta\");\n      return styles.length ? styles.join(' ') : null;\n    }\n    if (state.taskClosed) {\n      styles.push(\"property\");\n      return styles.length ? styles.join(' ') : null;\n    }\n\n    if (state.linkHref) {\n      styles.push(tokenTypes.linkHref, \"url\");\n    } else { // Only apply inline styles to non-url text\n      if (state.strong) { styles.push(tokenTypes.strong); }\n      if (state.em) { styles.push(tokenTypes.em); }\n      if (state.strikethrough) { styles.push(tokenTypes.strikethrough); }\n      if (state.linkText) { styles.push(tokenTypes.linkText); }\n      if (state.code) { styles.push(tokenTypes.code); }\n    }\n\n    if (state.header) { styles.push(tokenTypes.header, tokenTypes.header + \"-\" + state.header); }\n\n    if (state.quote) {\n      styles.push(tokenTypes.quote);\n\n      // Add `quote-#` where the maximum for `#` is modeCfg.maxBlockquoteDepth\n      if (!modeCfg.maxBlockquoteDepth || modeCfg.maxBlockquoteDepth >= state.quote) {\n        styles.push(tokenTypes.quote + \"-\" + state.quote);\n      } else {\n        styles.push(tokenTypes.quote + \"-\" + modeCfg.maxBlockquoteDepth);\n      }\n    }\n\n    if (state.list !== false) {\n      var listMod = (state.listStack.length - 1) % 3;\n      if (!listMod) {\n        styles.push(tokenTypes.list1);\n      } else if (listMod === 1) {\n        styles.push(tokenTypes.list2);\n      } else {\n        styles.push(tokenTypes.list3);\n      }\n    }\n\n    if (state.trailingSpaceNewLine) {\n      styles.push(\"trailing-space-new-line\");\n    } else if (state.trailingSpace) {\n      styles.push(\"trailing-space-\" + (state.trailingSpace % 2 ? \"a\" : \"b\"));\n    }\n\n    return styles.length ? styles.join(' ') : null;\n  }\n\n  function handleText(stream, state) {\n    if (stream.match(textRE, true)) {\n      return getType(state);\n    }\n    return undefined;\n  }\n\n  function inlineNormal(stream, state) {\n    var style = state.text(stream, state);\n    if (typeof style !== 'undefined')\n      return style;\n\n    if (state.list) { // List marker (*, +, -, 1., etc)\n      state.list = null;\n      return getType(state);\n    }\n\n    if (state.taskList) {\n      var taskOpen = stream.match(taskListRE, true)[1] !== \"x\";\n      if (taskOpen) state.taskOpen = true;\n      else state.taskClosed = true;\n      if (modeCfg.highlightFormatting) state.formatting = \"task\";\n      state.taskList = false;\n      return getType(state);\n    }\n\n    state.taskOpen = false;\n    state.taskClosed = false;\n\n    if (state.header && stream.match(/^#+$/, true)) {\n      if (modeCfg.highlightFormatting) state.formatting = \"header\";\n      return getType(state);\n    }\n\n    // Get sol() value now, before character is consumed\n    var sol = stream.sol();\n\n    var ch = stream.next();\n\n    // Matches link titles present on next line\n    if (state.linkTitle) {\n      state.linkTitle = false;\n      var matchCh = ch;\n      if (ch === '(') {\n        matchCh = ')';\n      }\n      matchCh = (matchCh+'').replace(/([.?*+^$[\\]\\\\(){}|-])/g, \"\\\\$1\");\n      var regex = '^\\\\s*(?:[^' + matchCh + '\\\\\\\\]+|\\\\\\\\\\\\\\\\|\\\\\\\\.)' + matchCh;\n      if (stream.match(new RegExp(regex), true)) {\n        return tokenTypes.linkHref;\n      }\n    }\n\n    // If this block is changed, it may need to be updated in GFM mode\n    if (ch === '`') {\n      var previousFormatting = state.formatting;\n      if (modeCfg.highlightFormatting) state.formatting = \"code\";\n      stream.eatWhile('`');\n      var count = stream.current().length\n      if (state.code == 0) {\n        state.code = count\n        return getType(state)\n      } else if (count == state.code) { // Must be exact\n        var t = getType(state)\n        state.code = 0\n        return t\n      } else {\n        state.formatting = previousFormatting\n        return getType(state)\n      }\n    } else if (state.code) {\n      return getType(state);\n    }\n\n    if (ch === '\\\\') {\n      stream.next();\n      if (modeCfg.highlightFormatting) {\n        var type = getType(state);\n        var formattingEscape = tokenTypes.formatting + \"-escape\";\n        return type ? type + \" \" + formattingEscape : formattingEscape;\n      }\n    }\n\n    if (ch === '!' && stream.match(/\\[[^\\]]*\\] ?(?:\\(|\\[)/, false)) {\n      stream.match(/\\[[^\\]]*\\]/);\n      state.inline = state.f = linkHref;\n      return tokenTypes.image;\n    }\n\n    if (ch === '[' && stream.match(/.*\\](\\(.*\\)| ?\\[.*\\])/, false)) {\n      state.linkText = true;\n      if (modeCfg.highlightFormatting) state.formatting = \"link\";\n      return getType(state);\n    }\n\n    if (ch === ']' && state.linkText && stream.match(/\\(.*\\)| ?\\[.*\\]/, false)) {\n      if (modeCfg.highlightFormatting) state.formatting = \"link\";\n      var type = getType(state);\n      state.linkText = false;\n      state.inline = state.f = linkHref;\n      return type;\n    }\n\n    if (ch === '<' && stream.match(/^(https?|ftps?):\\/\\/(?:[^\\\\>]|\\\\.)+>/, false)) {\n      state.f = state.inline = linkInline;\n      if (modeCfg.highlightFormatting) state.formatting = \"link\";\n      var type = getType(state);\n      if (type){\n        type += \" \";\n      } else {\n        type = \"\";\n      }\n      return type + tokenTypes.linkInline;\n    }\n\n    if (ch === '<' && stream.match(/^[^> \\\\]+@(?:[^\\\\>]|\\\\.)+>/, false)) {\n      state.f = state.inline = linkInline;\n      if (modeCfg.highlightFormatting) state.formatting = \"link\";\n      var type = getType(state);\n      if (type){\n        type += \" \";\n      } else {\n        type = \"\";\n      }\n      return type + tokenTypes.linkEmail;\n    }\n\n    if (ch === '<' && stream.match(/^(!--|\\w)/, false)) {\n      var end = stream.string.indexOf(\">\", stream.pos);\n      if (end != -1) {\n        var atts = stream.string.substring(stream.start, end);\n        if (/markdown\\s*=\\s*('|\"){0,1}1('|\"){0,1}/.test(atts)) state.md_inside = true;\n      }\n      stream.backUp(1);\n      state.htmlState = CodeMirror.startState(htmlMode);\n      return switchBlock(stream, state, htmlBlock);\n    }\n\n    if (ch === '<' && stream.match(/^\\/\\w*?>/)) {\n      state.md_inside = false;\n      return \"tag\";\n    }\n\n    var ignoreUnderscore = false;\n    if (!modeCfg.underscoresBreakWords) {\n      if (ch === '_' && stream.peek() !== '_' && stream.match(/(\\w)/, false)) {\n        var prevPos = stream.pos - 2;\n        if (prevPos >= 0) {\n          var prevCh = stream.string.charAt(prevPos);\n          if (prevCh !== '_' && prevCh.match(/(\\w)/, false)) {\n            ignoreUnderscore = true;\n          }\n        }\n      }\n    }\n    if (ch === '*' || (ch === '_' && !ignoreUnderscore)) {\n      if (sol && stream.peek() === ' ') {\n        // Do nothing, surrounded by newline and space\n      } else if (state.strong === ch && stream.eat(ch)) { // Remove STRONG\n        if (modeCfg.highlightFormatting) state.formatting = \"strong\";\n        var t = getType(state);\n        state.strong = false;\n        return t;\n      } else if (!state.strong && stream.eat(ch)) { // Add STRONG\n        state.strong = ch;\n        if (modeCfg.highlightFormatting) state.formatting = \"strong\";\n        return getType(state);\n      } else if (state.em === ch) { // Remove EM\n        if (modeCfg.highlightFormatting) state.formatting = \"em\";\n        var t = getType(state);\n        state.em = false;\n        return t;\n      } else if (!state.em) { // Add EM\n        state.em = ch;\n        if (modeCfg.highlightFormatting) state.formatting = \"em\";\n        return getType(state);\n      }\n    } else if (ch === ' ') {\n      if (stream.eat('*') || stream.eat('_')) { // Probably surrounded by spaces\n        if (stream.peek() === ' ') { // Surrounded by spaces, ignore\n          return getType(state);\n        } else { // Not surrounded by spaces, back up pointer\n          stream.backUp(1);\n        }\n      }\n    }\n\n    if (modeCfg.strikethrough) {\n      if (ch === '~' && stream.eatWhile(ch)) {\n        if (state.strikethrough) {// Remove strikethrough\n          if (modeCfg.highlightFormatting) state.formatting = \"strikethrough\";\n          var t = getType(state);\n          state.strikethrough = false;\n          return t;\n        } else if (stream.match(/^[^\\s]/, false)) {// Add strikethrough\n          state.strikethrough = true;\n          if (modeCfg.highlightFormatting) state.formatting = \"strikethrough\";\n          return getType(state);\n        }\n      } else if (ch === ' ') {\n        if (stream.match(/^~~/, true)) { // Probably surrounded by space\n          if (stream.peek() === ' ') { // Surrounded by spaces, ignore\n            return getType(state);\n          } else { // Not surrounded by spaces, back up pointer\n            stream.backUp(2);\n          }\n        }\n      }\n    }\n\n    if (ch === ' ') {\n      if (stream.match(/ +$/, false)) {\n        state.trailingSpace++;\n      } else if (state.trailingSpace) {\n        state.trailingSpaceNewLine = true;\n      }\n    }\n\n    return getType(state);\n  }\n\n  function linkInline(stream, state) {\n    var ch = stream.next();\n\n    if (ch === \">\") {\n      state.f = state.inline = inlineNormal;\n      if (modeCfg.highlightFormatting) state.formatting = \"link\";\n      var type = getType(state);\n      if (type){\n        type += \" \";\n      } else {\n        type = \"\";\n      }\n      return type + tokenTypes.linkInline;\n    }\n\n    stream.match(/^[^>]+/, true);\n\n    return tokenTypes.linkInline;\n  }\n\n  function linkHref(stream, state) {\n    // Check if space, and return NULL if so (to avoid marking the space)\n    if(stream.eatSpace()){\n      return null;\n    }\n    var ch = stream.next();\n    if (ch === '(' || ch === '[') {\n      state.f = state.inline = getLinkHrefInside(ch === \"(\" ? \")\" : \"]\");\n      if (modeCfg.highlightFormatting) state.formatting = \"link-string\";\n      state.linkHref = true;\n      return getType(state);\n    }\n    return 'error';\n  }\n\n  function getLinkHrefInside(endChar) {\n    return function(stream, state) {\n      var ch = stream.next();\n\n      if (ch === endChar) {\n        state.f = state.inline = inlineNormal;\n        if (modeCfg.highlightFormatting) state.formatting = \"link-string\";\n        var returnState = getType(state);\n        state.linkHref = false;\n        return returnState;\n      }\n\n      if (stream.match(inlineRE(endChar), true)) {\n        stream.backUp(1);\n      }\n\n      state.linkHref = true;\n      return getType(state);\n    };\n  }\n\n  function footnoteLink(stream, state) {\n    if (stream.match(/^([^\\]\\\\]|\\\\.)*\\]:/, false)) {\n      state.f = footnoteLinkInside;\n      stream.next(); // Consume [\n      if (modeCfg.highlightFormatting) state.formatting = \"link\";\n      state.linkText = true;\n      return getType(state);\n    }\n    return switchInline(stream, state, inlineNormal);\n  }\n\n  function footnoteLinkInside(stream, state) {\n    if (stream.match(/^\\]:/, true)) {\n      state.f = state.inline = footnoteUrl;\n      if (modeCfg.highlightFormatting) state.formatting = \"link\";\n      var returnType = getType(state);\n      state.linkText = false;\n      return returnType;\n    }\n\n    stream.match(/^([^\\]\\\\]|\\\\.)+/, true);\n\n    return tokenTypes.linkText;\n  }\n\n  function footnoteUrl(stream, state) {\n    // Check if space, and return NULL if so (to avoid marking the space)\n    if(stream.eatSpace()){\n      return null;\n    }\n    // Match URL\n    stream.match(/^[^\\s]+/, true);\n    // Check for link title\n    if (stream.peek() === undefined) { // End of line, set flag to check next line\n      state.linkTitle = true;\n    } else { // More content on line, check if link title\n      stream.match(/^(?:\\s+(?:\"(?:[^\"\\\\]|\\\\\\\\|\\\\.)+\"|'(?:[^'\\\\]|\\\\\\\\|\\\\.)+'|\\((?:[^)\\\\]|\\\\\\\\|\\\\.)+\\)))?/, true);\n    }\n    state.f = state.inline = inlineNormal;\n    return tokenTypes.linkHref + \" url\";\n  }\n\n  var savedInlineRE = [];\n  function inlineRE(endChar) {\n    if (!savedInlineRE[endChar]) {\n      // Escape endChar for RegExp (taken from http://stackoverflow.com/a/494122/526741)\n      endChar = (endChar+'').replace(/([.?*+^$[\\]\\\\(){}|-])/g, \"\\\\$1\");\n      // Match any non-endChar, escaped character, as well as the closing\n      // endChar.\n      savedInlineRE[endChar] = new RegExp('^(?:[^\\\\\\\\]|\\\\\\\\.)*?(' + endChar + ')');\n    }\n    return savedInlineRE[endChar];\n  }\n\n  var mode = {\n    startState: function() {\n      return {\n        f: blockNormal,\n\n        prevLine: null,\n        thisLine: null,\n\n        block: blockNormal,\n        htmlState: null,\n        indentation: 0,\n\n        inline: inlineNormal,\n        text: handleText,\n\n        formatting: false,\n        linkText: false,\n        linkHref: false,\n        linkTitle: false,\n        code: 0,\n        em: false,\n        strong: false,\n        header: 0,\n        hr: false,\n        taskList: false,\n        list: false,\n        listStack: [],\n        quote: 0,\n        trailingSpace: 0,\n        trailingSpaceNewLine: false,\n        strikethrough: false,\n        fencedChars: null\n      };\n    },\n\n    copyState: function(s) {\n      return {\n        f: s.f,\n\n        prevLine: s.prevLine,\n        thisLine: s.thisLine,\n\n        block: s.block,\n        htmlState: s.htmlState && CodeMirror.copyState(htmlMode, s.htmlState),\n        indentation: s.indentation,\n\n        localMode: s.localMode,\n        localState: s.localMode ? CodeMirror.copyState(s.localMode, s.localState) : null,\n\n        inline: s.inline,\n        text: s.text,\n        formatting: false,\n        linkTitle: s.linkTitle,\n        code: s.code,\n        em: s.em,\n        strong: s.strong,\n        strikethrough: s.strikethrough,\n        header: s.header,\n        hr: s.hr,\n        taskList: s.taskList,\n        list: s.list,\n        listStack: s.listStack.slice(0),\n        quote: s.quote,\n        indentedCode: s.indentedCode,\n        trailingSpace: s.trailingSpace,\n        trailingSpaceNewLine: s.trailingSpaceNewLine,\n        md_inside: s.md_inside,\n        fencedChars: s.fencedChars\n      };\n    },\n\n    token: function(stream, state) {\n\n      // Reset state.formatting\n      state.formatting = false;\n\n      if (stream != state.thisLine) {\n        var forceBlankLine = state.header || state.hr;\n\n        // Reset state.header and state.hr\n        state.header = 0;\n        state.hr = false;\n\n        if (stream.match(/^\\s*$/, true) || forceBlankLine) {\n          blankLine(state);\n          if (!forceBlankLine) return null\n          state.prevLine = null\n        }\n\n        state.prevLine = state.thisLine\n        state.thisLine = stream\n\n        // Reset state.taskList\n        state.taskList = false;\n\n        // Reset state.trailingSpace\n        state.trailingSpace = 0;\n        state.trailingSpaceNewLine = false;\n\n        state.f = state.block;\n        var indentation = stream.match(/^\\s*/, true)[0].replace(/\\t/g, '    ').length;\n        state.indentationDiff = Math.min(indentation - state.indentation, 4);\n        state.indentation = state.indentation + state.indentationDiff;\n        if (indentation > 0) return null;\n      }\n      return state.f(stream, state);\n    },\n\n    innerMode: function(state) {\n      if (state.block == htmlBlock) return {state: state.htmlState, mode: htmlMode};\n      if (state.localState) return {state: state.localState, mode: state.localMode};\n      return {state: state, mode: mode};\n    },\n\n    blankLine: blankLine,\n\n    getType: getType,\n\n    fold: \"markdown\"\n  };\n  return mode;\n}, \"xml\");\n\nCodeMirror.defineMIME(\"text/x-markdown\", \"markdown\");\n\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/meta.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n\n  CodeMirror.modeInfo = [\n    {name: \"APL\", mime: \"text/apl\", mode: \"apl\", ext: [\"dyalog\", \"apl\"]},\n    {name: \"PGP\", mimes: [\"application/pgp\", \"application/pgp-keys\", \"application/pgp-signature\"], mode: \"asciiarmor\", ext: [\"pgp\"]},\n    {name: \"ASN.1\", mime: \"text/x-ttcn-asn\", mode: \"asn.1\", ext: [\"asn\", \"asn1\"]},\n    {name: \"Asterisk\", mime: \"text/x-asterisk\", mode: \"asterisk\", file: /^extensions\\.conf$/i},\n    {name: \"Brainfuck\", mime: \"text/x-brainfuck\", mode: \"brainfuck\", ext: [\"b\", \"bf\"]},\n    {name: \"C\", mime: \"text/x-csrc\", mode: \"clike\", ext: [\"c\", \"h\"]},\n    {name: \"C++\", mime: \"text/x-c++src\", mode: \"clike\", ext: [\"cpp\", \"c++\", \"cc\", \"cxx\", \"hpp\", \"h++\", \"hh\", \"hxx\"], alias: [\"cpp\"]},\n    {name: \"Cobol\", mime: \"text/x-cobol\", mode: \"cobol\", ext: [\"cob\", \"cpy\"]},\n    {name: \"C#\", mime: \"text/x-csharp\", mode: \"clike\", ext: [\"cs\"], alias: [\"csharp\"]},\n    {name: \"Clojure\", mime: \"text/x-clojure\", mode: \"clojure\", ext: [\"clj\", \"cljc\", \"cljx\"]},\n    {name: \"ClojureScript\", mime: \"text/x-clojurescript\", mode: \"clojure\", ext: [\"cljs\"]},\n    {name: \"Closure Stylesheets (GSS)\", mime: \"text/x-gss\", mode: \"css\", ext: [\"gss\"]},\n    {name: \"CMake\", mime: \"text/x-cmake\", mode: \"cmake\", ext: [\"cmake\", \"cmake.in\"], file: /^CMakeLists.txt$/},\n    {name: \"CoffeeScript\", mime: \"text/x-coffeescript\", mode: \"coffeescript\", ext: [\"coffee\"], alias: [\"coffee\", \"coffee-script\"]},\n    {name: \"Common Lisp\", mime: \"text/x-common-lisp\", mode: \"commonlisp\", ext: [\"cl\", \"lisp\", \"el\"], alias: [\"lisp\"]},\n    {name: \"Cypher\", mime: \"application/x-cypher-query\", mode: \"cypher\", ext: [\"cyp\", \"cypher\"]},\n    {name: \"Cython\", mime: \"text/x-cython\", mode: \"python\", ext: [\"pyx\", \"pxd\", \"pxi\"]},\n    {name: \"Crystal\", mime: \"text/x-crystal\", mode: \"crystal\", ext: [\"cr\"]},\n    {name: \"CSS\", mime: \"text/css\", mode: \"css\", ext: [\"css\"]},\n    {name: \"CQL\", mime: \"text/x-cassandra\", mode: \"sql\", ext: [\"cql\"]},\n    {name: \"D\", mime: \"text/x-d\", mode: \"d\", ext: [\"d\"]},\n    {name: \"Dart\", mimes: [\"application/dart\", \"text/x-dart\"], mode: \"dart\", ext: [\"dart\"]},\n    {name: \"diff\", mime: \"text/x-diff\", mode: \"diff\", ext: [\"diff\", \"patch\"]},\n    {name: \"Django\", mime: \"text/x-django\", mode: \"django\"},\n    {name: \"Dockerfile\", mime: \"text/x-dockerfile\", mode: \"dockerfile\", file: /^Dockerfile$/},\n    {name: \"DTD\", mime: \"application/xml-dtd\", mode: \"dtd\", ext: [\"dtd\"]},\n    {name: \"Dylan\", mime: \"text/x-dylan\", mode: \"dylan\", ext: [\"dylan\", \"dyl\", \"intr\"]},\n    {name: \"EBNF\", mime: \"text/x-ebnf\", mode: \"ebnf\"},\n    {name: \"ECL\", mime: \"text/x-ecl\", mode: \"ecl\", ext: [\"ecl\"]},\n    {name: \"edn\", mime: \"application/edn\", mode: \"clojure\", ext: [\"edn\"]},\n    {name: \"Eiffel\", mime: \"text/x-eiffel\", mode: \"eiffel\", ext: [\"e\"]},\n    {name: \"Elm\", mime: \"text/x-elm\", mode: \"elm\", ext: [\"elm\"]},\n    {name: \"Embedded Javascript\", mime: \"application/x-ejs\", mode: \"htmlembedded\", ext: [\"ejs\"]},\n    {name: \"Embedded Ruby\", mime: \"application/x-erb\", mode: \"htmlembedded\", ext: [\"erb\"]},\n    {name: \"Erlang\", mime: \"text/x-erlang\", mode: \"erlang\", ext: [\"erl\"]},\n    {name: \"Factor\", mime: \"text/x-factor\", mode: \"factor\", ext: [\"factor\"]},\n    {name: \"FCL\", mime: \"text/x-fcl\", mode: \"fcl\"},\n    {name: \"Forth\", mime: \"text/x-forth\", mode: \"forth\", ext: [\"forth\", \"fth\", \"4th\"]},\n    {name: \"Fortran\", mime: \"text/x-fortran\", mode: \"fortran\", ext: [\"f\", \"for\", \"f77\", \"f90\"]},\n    {name: \"F#\", mime: \"text/x-fsharp\", mode: \"mllike\", ext: [\"fs\"], alias: [\"fsharp\"]},\n    {name: \"Gas\", mime: \"text/x-gas\", mode: \"gas\", ext: [\"s\"]},\n    {name: \"Gherkin\", mime: \"text/x-feature\", mode: \"gherkin\", ext: [\"feature\"]},\n    {name: \"GitHub Flavored Markdown\", mime: \"text/x-gfm\", mode: \"gfm\", file: /^(readme|contributing|history).md$/i},\n    {name: \"Go\", mime: \"text/x-go\", mode: \"go\", ext: [\"go\"]},\n    {name: \"Groovy\", mime: \"text/x-groovy\", mode: \"groovy\", ext: [\"groovy\", \"gradle\"]},\n    {name: \"HAML\", mime: \"text/x-haml\", mode: \"haml\", ext: [\"haml\"]},\n    {name: \"Haskell\", mime: \"text/x-haskell\", mode: \"haskell\", ext: [\"hs\"]},\n    {name: \"Haskell (Literate)\", mime: \"text/x-literate-haskell\", mode: \"haskell-literate\", ext: [\"lhs\"]},\n    {name: \"Haxe\", mime: \"text/x-haxe\", mode: \"haxe\", ext: [\"hx\"]},\n    {name: \"HXML\", mime: \"text/x-hxml\", mode: \"haxe\", ext: [\"hxml\"]},\n    {name: \"ASP.NET\", mime: \"application/x-aspx\", mode: \"htmlembedded\", ext: [\"aspx\"], alias: [\"asp\", \"aspx\"]},\n    {name: \"HTML\", mime: \"text/html\", mode: \"htmlmixed\", ext: [\"html\", \"htm\"], alias: [\"xhtml\"]},\n    {name: \"HTTP\", mime: \"message/http\", mode: \"http\"},\n    {name: \"IDL\", mime: \"text/x-idl\", mode: \"idl\", ext: [\"pro\"]},\n    {name: \"Jade\", mime: \"text/x-jade\", mode: \"jade\", ext: [\"jade\"]},\n    {name: \"Java\", mime: \"text/x-java\", mode: \"clike\", ext: [\"java\"]},\n    {name: \"Java Server Pages\", mime: \"application/x-jsp\", mode: \"htmlembedded\", ext: [\"jsp\"], alias: [\"jsp\"]},\n    {name: \"JavaScript\", mimes: [\"text/javascript\", \"text/ecmascript\", \"application/javascript\", \"application/x-javascript\", \"application/ecmascript\"],\n     mode: \"javascript\", ext: [\"js\"], alias: [\"ecmascript\", \"js\", \"node\"]},\n    {name: \"JSON\", mimes: [\"application/json\", \"application/x-json\"], mode: \"javascript\", ext: [\"json\", \"map\"], alias: [\"json5\"]},\n    {name: \"JSON-LD\", mime: \"application/ld+json\", mode: \"javascript\", ext: [\"jsonld\"], alias: [\"jsonld\"]},\n    {name: \"JSX\", mime: \"text/jsx\", mode: \"jsx\", ext: [\"jsx\"]},\n    {name: \"Jinja2\", mime: \"null\", mode: \"jinja2\"},\n    {name: \"Julia\", mime: \"text/x-julia\", mode: \"julia\", ext: [\"jl\"]},\n    {name: \"Kotlin\", mime: \"text/x-kotlin\", mode: \"clike\", ext: [\"kt\"]},\n    {name: \"LESS\", mime: \"text/x-less\", mode: \"css\", ext: [\"less\"]},\n    {name: \"LiveScript\", mime: \"text/x-livescript\", mode: \"livescript\", ext: [\"ls\"], alias: [\"ls\"]},\n    {name: \"Lua\", mime: \"text/x-lua\", mode: \"lua\", ext: [\"lua\"]},\n    {name: \"Markdown\", mime: \"text/x-markdown\", mode: \"markdown\", ext: [\"markdown\", \"md\", \"mkd\"]},\n    {name: \"mIRC\", mime: \"text/mirc\", mode: \"mirc\"},\n    {name: \"MariaDB SQL\", mime: \"text/x-mariadb\", mode: \"sql\"},\n    {name: \"Mathematica\", mime: \"text/x-mathematica\", mode: \"mathematica\", ext: [\"m\", \"nb\"]},\n    {name: \"Modelica\", mime: \"text/x-modelica\", mode: \"modelica\", ext: [\"mo\"]},\n    {name: \"MUMPS\", mime: \"text/x-mumps\", mode: \"mumps\", ext: [\"mps\"]},\n    {name: \"MS SQL\", mime: \"text/x-mssql\", mode: \"sql\"},\n    {name: \"MySQL\", mime: \"text/x-mysql\", mode: \"sql\"},\n    {name: \"Nginx\", mime: \"text/x-nginx-conf\", mode: \"nginx\", file: /nginx.*\\.conf$/i},\n    {name: \"NSIS\", mime: \"text/x-nsis\", mode: \"nsis\", ext: [\"nsh\", \"nsi\"]},\n    {name: \"NTriples\", mime: \"text/n-triples\", mode: \"ntriples\", ext: [\"nt\"]},\n    {name: \"Objective C\", mime: \"text/x-objectivec\", mode: \"clike\", ext: [\"m\", \"mm\"]},\n    {name: \"OCaml\", mime: \"text/x-ocaml\", mode: \"mllike\", ext: [\"ml\", \"mli\", \"mll\", \"mly\"]},\n    {name: \"Octave\", mime: \"text/x-octave\", mode: \"octave\", ext: [\"m\"]},\n    {name: \"Oz\", mime: \"text/x-oz\", mode: \"oz\", ext: [\"oz\"]},\n    {name: \"Pascal\", mime: \"text/x-pascal\", mode: \"pascal\", ext: [\"p\", \"pas\"]},\n    {name: \"PEG.js\", mime: \"null\", mode: \"pegjs\", ext: [\"jsonld\"]},\n    {name: \"Perl\", mime: \"text/x-perl\", mode: \"perl\", ext: [\"pl\", \"pm\"]},\n    {name: \"PHP\", mime: \"application/x-httpd-php\", mode: \"php\", ext: [\"php\", \"php3\", \"php4\", \"php5\", \"phtml\"]},\n    {name: \"Pig\", mime: \"text/x-pig\", mode: \"pig\", ext: [\"pig\"]},\n    {name: \"Plain Text\", mime: \"text/plain\", mode: \"null\", ext: [\"txt\", \"text\", \"conf\", \"def\", \"list\", \"log\"]},\n    {name: \"PLSQL\", mime: \"text/x-plsql\", mode: \"sql\", ext: [\"pls\"]},\n    {name: \"Properties files\", mime: \"text/x-properties\", mode: \"properties\", ext: [\"properties\", \"ini\", \"in\"], alias: [\"ini\", \"properties\"]},\n    {name: \"ProtoBuf\", mime: \"text/x-protobuf\", mode: \"protobuf\", ext: [\"proto\"]},\n    {name: \"Python\", mime: \"text/x-python\", mode: \"python\", ext: [\"py\", \"pyw\"]},\n    {name: \"Puppet\", mime: \"text/x-puppet\", mode: \"puppet\", ext: [\"pp\"]},\n    {name: \"Q\", mime: \"text/x-q\", mode: \"q\", ext: [\"q\"]},\n    {name: \"R\", mime: \"text/x-rsrc\", mode: \"r\", ext: [\"r\"], alias: [\"rscript\"]},\n    {name: \"reStructuredText\", mime: \"text/x-rst\", mode: \"rst\", ext: [\"rst\"], alias: [\"rst\"]},\n    {name: \"RPM Changes\", mime: \"text/x-rpm-changes\", mode: \"rpm\"},\n    {name: \"RPM Spec\", mime: \"text/x-rpm-spec\", mode: \"rpm\", ext: [\"spec\"]},\n    {name: \"Ruby\", mime: \"text/x-ruby\", mode: \"ruby\", ext: [\"rb\"], alias: [\"jruby\", \"macruby\", \"rake\", \"rb\", \"rbx\"]},\n    {name: \"Rust\", mime: \"text/x-rustsrc\", mode: \"rust\", ext: [\"rs\"]},\n    {name: \"Sass\", mime: \"text/x-sass\", mode: \"sass\", ext: [\"sass\"]},\n    {name: \"Scala\", mime: \"text/x-scala\", mode: \"clike\", ext: [\"scala\"]},\n    {name: \"Scheme\", mime: \"text/x-scheme\", mode: \"scheme\", ext: [\"scm\", \"ss\"]},\n    {name: \"SCSS\", mime: \"text/x-scss\", mode: \"css\", ext: [\"scss\"]},\n    {name: \"Shell\", mime: \"text/x-sh\", mode: \"shell\", ext: [\"sh\", \"ksh\", \"bash\"], alias: [\"bash\", \"sh\", \"zsh\"], file: /^PKGBUILD$/},\n    {name: \"Sieve\", mime: \"application/sieve\", mode: \"sieve\", ext: [\"siv\", \"sieve\"]},\n    {name: \"Slim\", mimes: [\"text/x-slim\", \"application/x-slim\"], mode: \"slim\", ext: [\"slim\"]},\n    {name: \"Smalltalk\", mime: \"text/x-stsrc\", mode: \"smalltalk\", ext: [\"st\"]},\n    {name: \"Smarty\", mime: \"text/x-smarty\", mode: \"smarty\", ext: [\"tpl\"]},\n    {name: \"Solr\", mime: \"text/x-solr\", mode: \"solr\"},\n    {name: \"Soy\", mime: \"text/x-soy\", mode: \"soy\", ext: [\"soy\"], alias: [\"closure template\"]},\n    {name: \"SPARQL\", mime: \"application/sparql-query\", mode: \"sparql\", ext: [\"rq\", \"sparql\"], alias: [\"sparul\"]},\n    {name: \"Spreadsheet\", mime: \"text/x-spreadsheet\", mode: \"spreadsheet\", alias: [\"excel\", \"formula\"]},\n    {name: \"SQL\", mime: \"text/x-sql\", mode: \"sql\", ext: [\"sql\"]},\n    {name: \"Squirrel\", mime: \"text/x-squirrel\", mode: \"clike\", ext: [\"nut\"]},\n    {name: \"Swift\", mime: \"text/x-swift\", mode: \"swift\", ext: [\"swift\"]},\n    {name: \"sTeX\", mime: \"text/x-stex\", mode: \"stex\"},\n    {name: \"LaTeX\", mime: \"text/x-latex\", mode: \"stex\", ext: [\"text\", \"ltx\"], alias: [\"tex\"]},\n    {name: \"SystemVerilog\", mime: \"text/x-systemverilog\", mode: \"verilog\", ext: [\"v\"]},\n    {name: \"Tcl\", mime: \"text/x-tcl\", mode: \"tcl\", ext: [\"tcl\"]},\n    {name: \"Textile\", mime: \"text/x-textile\", mode: \"textile\", ext: [\"textile\"]},\n    {name: \"TiddlyWiki \", mime: \"text/x-tiddlywiki\", mode: \"tiddlywiki\"},\n    {name: \"Tiki wiki\", mime: \"text/tiki\", mode: \"tiki\"},\n    {name: \"TOML\", mime: \"text/x-toml\", mode: \"toml\", ext: [\"toml\"]},\n    {name: \"Tornado\", mime: \"text/x-tornado\", mode: \"tornado\"},\n    {name: \"troff\", mime: \"text/troff\", mode: \"troff\", ext: [\"1\", \"2\", \"3\", \"4\", \"5\", \"6\", \"7\", \"8\", \"9\"]},\n    {name: \"TTCN\", mime: \"text/x-ttcn\", mode: \"ttcn\", ext: [\"ttcn\", \"ttcn3\", \"ttcnpp\"]},\n    {name: \"TTCN_CFG\", mime: \"text/x-ttcn-cfg\", mode: \"ttcn-cfg\", ext: [\"cfg\"]},\n    {name: \"Turtle\", mime: \"text/turtle\", mode: \"turtle\", ext: [\"ttl\"]},\n    {name: \"TypeScript\", mime: \"application/typescript\", mode: \"javascript\", ext: [\"ts\"], alias: [\"ts\"]},\n    {name: \"Twig\", mime: \"text/x-twig\", mode: \"twig\"},\n    {name: \"VB.NET\", mime: \"text/x-vb\", mode: \"vb\", ext: [\"vb\"]},\n    {name: \"VBScript\", mime: \"text/vbscript\", mode: \"vbscript\", ext: [\"vbs\"]},\n    {name: \"Velocity\", mime: \"text/velocity\", mode: \"velocity\", ext: [\"vtl\"]},\n    {name: \"Verilog\", mime: \"text/x-verilog\", mode: \"verilog\", ext: [\"v\"]},\n    {name: \"VHDL\", mime: \"text/x-vhdl\", mode: \"vhdl\", ext: [\"vhd\", \"vhdl\"]},\n    {name: \"XML\", mimes: [\"application/xml\", \"text/xml\"], mode: \"xml\", ext: [\"xml\", \"xsl\", \"xsd\"], alias: [\"rss\", \"wsdl\", \"xsd\"]},\n    {name: \"XQuery\", mime: \"application/xquery\", mode: \"xquery\", ext: [\"xy\", \"xquery\"]},\n    {name: \"YAML\", mime: \"text/x-yaml\", mode: \"yaml\", ext: [\"yaml\", \"yml\"], alias: [\"yml\"]},\n    {name: \"Z80\", mime: \"text/x-z80\", mode: \"z80\", ext: [\"z80\"]},\n    {name: \"mscgen\", mime: \"text/x-mscgen\", mode: \"mscgen\", ext: [\"mscgen\", \"mscin\", \"msc\"]},\n    {name: \"xu\", mime: \"text/x-xu\", mode: \"mscgen\", ext: [\"xu\"]},\n    {name: \"msgenny\", mime: \"text/x-msgenny\", mode: \"mscgen\", ext: [\"msgenny\"]}\n  ];\n  // Ensure all modes have a mime property for backwards compatibility\n  for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n    var info = CodeMirror.modeInfo[i];\n    if (info.mimes) info.mime = info.mimes[0];\n  }\n\n  CodeMirror.findModeByMIME = function(mime) {\n    mime = mime.toLowerCase();\n    for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n      var info = CodeMirror.modeInfo[i];\n      if (info.mime == mime) return info;\n      if (info.mimes) for (var j = 0; j < info.mimes.length; j++)\n        if (info.mimes[j] == mime) return info;\n    }\n  };\n\n  CodeMirror.findModeByExtension = function(ext) {\n    for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n      var info = CodeMirror.modeInfo[i];\n      if (info.ext) for (var j = 0; j < info.ext.length; j++)\n        if (info.ext[j] == ext) return info;\n    }\n  };\n\n  CodeMirror.findModeByFileName = function(filename) {\n    for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n      var info = CodeMirror.modeInfo[i];\n      if (info.file && info.file.test(filename)) return info;\n    }\n    var dot = filename.lastIndexOf(\".\");\n    var ext = dot > -1 && filename.substring(dot + 1, filename.length);\n    if (ext) return CodeMirror.findModeByExtension(ext);\n  };\n\n  CodeMirror.findModeByName = function(name) {\n    name = name.toLowerCase();\n    for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n      var info = CodeMirror.modeInfo[i];\n      if (info.name.toLowerCase() == name) return info;\n      if (info.alias) for (var j = 0; j < info.alias.length; j++)\n        if (info.alias[j].toLowerCase() == name) return info;\n    }\n  };\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/meta.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.css": {
            "text": "span.cm-underlined {\n  text-decoration: underline;\n}\nspan.cm-strikethrough {\n  text-decoration: line-through;\n}\nspan.cm-brace {\n  color: #170;\n  font-weight: bold;\n}\nspan.cm-table {\n  color: blue;\n  font-weight: bold;\n}\n",
            "type": "text/css",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.css",
            "tags": "[[$:/tags/Stylesheet]]"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n/***\n    |''Name''|tiddlywiki.js|\n    |''Description''|Enables TiddlyWikiy syntax highlighting using CodeMirror|\n    |''Author''|PMario|\n    |''Version''|0.1.7|\n    |''Status''|''stable''|\n    |''Source''|[[GitHub|https://github.com/pmario/CodeMirror2/blob/tw-syntax/mode/tiddlywiki]]|\n    |''Documentation''|http://codemirror.tiddlyspace.com/|\n    |''License''|[[MIT License|http://www.opensource.org/licenses/mit-license.php]]|\n    |''CoreVersion''|2.5.0|\n    |''Requires''|codemirror.js|\n    |''Keywords''|syntax highlighting color code mirror codemirror|\n    ! Info\n    CoreVersion parameter is needed for TiddlyWiki only!\n***/\n//{{{\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"tiddlywiki\", function () {\n  // Tokenizer\n  var textwords = {};\n\n  var keywords = function () {\n    function kw(type) {\n      return { type: type, style: \"macro\"};\n    }\n    return {\n      \"allTags\": kw('allTags'), \"closeAll\": kw('closeAll'), \"list\": kw('list'),\n      \"newJournal\": kw('newJournal'), \"newTiddler\": kw('newTiddler'),\n      \"permaview\": kw('permaview'), \"saveChanges\": kw('saveChanges'),\n      \"search\": kw('search'), \"slider\": kw('slider'),   \"tabs\": kw('tabs'),\n      \"tag\": kw('tag'), \"tagging\": kw('tagging'),       \"tags\": kw('tags'),\n      \"tiddler\": kw('tiddler'), \"timeline\": kw('timeline'),\n      \"today\": kw('today'), \"version\": kw('version'),   \"option\": kw('option'),\n\n      \"with\": kw('with'),\n      \"filter\": kw('filter')\n    };\n  }();\n\n  var isSpaceName = /[\\w_\\-]/i,\n  reHR = /^\\-\\-\\-\\-+$/,                                 // <hr>\n  reWikiCommentStart = /^\\/\\*\\*\\*$/,            // /***\n  reWikiCommentStop = /^\\*\\*\\*\\/$/,             // ***/\n  reBlockQuote = /^<<<$/,\n\n  reJsCodeStart = /^\\/\\/\\{\\{\\{$/,                       // //{{{ js block start\n  reJsCodeStop = /^\\/\\/\\}\\}\\}$/,                        // //}}} js stop\n  reXmlCodeStart = /^<!--\\{\\{\\{-->$/,           // xml block start\n  reXmlCodeStop = /^<!--\\}\\}\\}-->$/,            // xml stop\n\n  reCodeBlockStart = /^\\{\\{\\{$/,                        // {{{ TW text div block start\n  reCodeBlockStop = /^\\}\\}\\}$/,                 // }}} TW text stop\n\n  reUntilCodeStop = /.*?\\}\\}\\}/;\n\n  function chain(stream, state, f) {\n    state.tokenize = f;\n    return f(stream, state);\n  }\n\n  function jsTokenBase(stream, state) {\n    var sol = stream.sol(), ch;\n\n    state.block = false;        // indicates the start of a code block.\n\n    ch = stream.peek();         // don't eat, to make matching simpler\n\n    // check start of  blocks\n    if (sol && /[<\\/\\*{}\\-]/.test(ch)) {\n      if (stream.match(reCodeBlockStart)) {\n        state.block = true;\n        return chain(stream, state, twTokenCode);\n      }\n      if (stream.match(reBlockQuote)) {\n        return 'quote';\n      }\n      if (stream.match(reWikiCommentStart) || stream.match(reWikiCommentStop)) {\n        return 'comment';\n      }\n      if (stream.match(reJsCodeStart) || stream.match(reJsCodeStop) || stream.match(reXmlCodeStart) || stream.match(reXmlCodeStop)) {\n        return 'comment';\n      }\n      if (stream.match(reHR)) {\n        return 'hr';\n      }\n    } // sol\n    ch = stream.next();\n\n    if (sol && /[\\/\\*!#;:>|]/.test(ch)) {\n      if (ch == \"!\") { // tw header\n        stream.skipToEnd();\n        return \"header\";\n      }\n      if (ch == \"*\") { // tw list\n        stream.eatWhile('*');\n        return \"comment\";\n      }\n      if (ch == \"#\") { // tw numbered list\n        stream.eatWhile('#');\n        return \"comment\";\n      }\n      if (ch == \";\") { // definition list, term\n        stream.eatWhile(';');\n        return \"comment\";\n      }\n      if (ch == \":\") { // definition list, description\n        stream.eatWhile(':');\n        return \"comment\";\n      }\n      if (ch == \">\") { // single line quote\n        stream.eatWhile(\">\");\n        return \"quote\";\n      }\n      if (ch == '|') {\n        return 'header';\n      }\n    }\n\n    if (ch == '{' && stream.match(/\\{\\{/)) {\n      return chain(stream, state, twTokenCode);\n    }\n\n    // rudimentary html:// file:// link matching. TW knows much more ...\n    if (/[hf]/i.test(ch)) {\n      if (/[ti]/i.test(stream.peek()) && stream.match(/\\b(ttps?|tp|ile):\\/\\/[\\-A-Z0-9+&@#\\/%?=~_|$!:,.;]*[A-Z0-9+&@#\\/%=~_|$]/i)) {\n        return \"link\";\n      }\n    }\n    // just a little string indicator, don't want to have the whole string covered\n    if (ch == '\"') {\n      return 'string';\n    }\n    if (ch == '~') {    // _no_ CamelCase indicator should be bold\n      return 'brace';\n    }\n    if (/[\\[\\]]/.test(ch)) { // check for [[..]]\n      if (stream.peek() == ch) {\n        stream.next();\n        return 'brace';\n      }\n    }\n    if (ch == \"@\") {    // check for space link. TODO fix @@...@@ highlighting\n      stream.eatWhile(isSpaceName);\n      return \"link\";\n    }\n    if (/\\d/.test(ch)) {        // numbers\n      stream.eatWhile(/\\d/);\n      return \"number\";\n    }\n    if (ch == \"/\") { // tw invisible comment\n      if (stream.eat(\"%\")) {\n        return chain(stream, state, twTokenComment);\n      }\n      else if (stream.eat(\"/\")) { //\n        return chain(stream, state, twTokenEm);\n      }\n    }\n    if (ch == \"_\") { // tw underline\n      if (stream.eat(\"_\")) {\n        return chain(stream, state, twTokenUnderline);\n      }\n    }\n    // strikethrough and mdash handling\n    if (ch == \"-\") {\n      if (stream.eat(\"-\")) {\n        // if strikethrough looks ugly, change CSS.\n        if (stream.peek() != ' ')\n          return chain(stream, state, twTokenStrike);\n        // mdash\n        if (stream.peek() == ' ')\n          return 'brace';\n      }\n    }\n    if (ch == \"'\") { // tw bold\n      if (stream.eat(\"'\")) {\n        return chain(stream, state, twTokenStrong);\n      }\n    }\n    if (ch == \"<\") { // tw macro\n      if (stream.eat(\"<\")) {\n        return chain(stream, state, twTokenMacro);\n      }\n    }\n    else {\n      return null;\n    }\n\n    // core macro handling\n    stream.eatWhile(/[\\w\\$_]/);\n    var word = stream.current(),\n    known = textwords.propertyIsEnumerable(word) && textwords[word];\n\n    return known ? known.style : null;\n  } // jsTokenBase()\n\n  // tw invisible comment\n  function twTokenComment(stream, state) {\n    var maybeEnd = false,\n    ch;\n    while (ch = stream.next()) {\n      if (ch == \"/\" && maybeEnd) {\n        state.tokenize = jsTokenBase;\n        break;\n      }\n      maybeEnd = (ch == \"%\");\n    }\n    return \"comment\";\n  }\n\n  // tw strong / bold\n  function twTokenStrong(stream, state) {\n    var maybeEnd = false,\n    ch;\n    while (ch = stream.next()) {\n      if (ch == \"'\" && maybeEnd) {\n        state.tokenize = jsTokenBase;\n        break;\n      }\n      maybeEnd = (ch == \"'\");\n    }\n    return \"strong\";\n  }\n\n  // tw code\n  function twTokenCode(stream, state) {\n    var sb = state.block;\n\n    if (sb && stream.current()) {\n      return \"comment\";\n    }\n\n    if (!sb && stream.match(reUntilCodeStop)) {\n      state.tokenize = jsTokenBase;\n      return \"comment\";\n    }\n\n    if (sb && stream.sol() && stream.match(reCodeBlockStop)) {\n      state.tokenize = jsTokenBase;\n      return \"comment\";\n    }\n\n    stream.next();\n    return \"comment\";\n  }\n\n  // tw em / italic\n  function twTokenEm(stream, state) {\n    var maybeEnd = false,\n    ch;\n    while (ch = stream.next()) {\n      if (ch == \"/\" && maybeEnd) {\n        state.tokenize = jsTokenBase;\n        break;\n      }\n      maybeEnd = (ch == \"/\");\n    }\n    return \"em\";\n  }\n\n  // tw underlined text\n  function twTokenUnderline(stream, state) {\n    var maybeEnd = false,\n    ch;\n    while (ch = stream.next()) {\n      if (ch == \"_\" && maybeEnd) {\n        state.tokenize = jsTokenBase;\n        break;\n      }\n      maybeEnd = (ch == \"_\");\n    }\n    return \"underlined\";\n  }\n\n  // tw strike through text looks ugly\n  // change CSS if needed\n  function twTokenStrike(stream, state) {\n    var maybeEnd = false, ch;\n\n    while (ch = stream.next()) {\n      if (ch == \"-\" && maybeEnd) {\n        state.tokenize = jsTokenBase;\n        break;\n      }\n      maybeEnd = (ch == \"-\");\n    }\n    return \"strikethrough\";\n  }\n\n  // macro\n  function twTokenMacro(stream, state) {\n    var ch, word, known;\n\n    if (stream.current() == '<<') {\n      return 'macro';\n    }\n\n    ch = stream.next();\n    if (!ch) {\n      state.tokenize = jsTokenBase;\n      return null;\n    }\n    if (ch == \">\") {\n      if (stream.peek() == '>') {\n        stream.next();\n        state.tokenize = jsTokenBase;\n        return \"macro\";\n      }\n    }\n\n    stream.eatWhile(/[\\w\\$_]/);\n    word = stream.current();\n    known = keywords.propertyIsEnumerable(word) && keywords[word];\n\n    if (known) {\n      return known.style, word;\n    }\n    else {\n      return null, word;\n    }\n  }\n\n  // Interface\n  return {\n    startState: function () {\n      return {\n        tokenize: jsTokenBase,\n        indented: 0,\n        level: 0\n      };\n    },\n\n    token: function (stream, state) {\n      if (stream.eatSpace()) return null;\n      var style = state.tokenize(stream, state);\n      return style;\n    },\n\n    electricChars: \"\"\n  };\n});\n\nCodeMirror.defineMIME(\"text/x-tiddlywiki\", \"tiddlywiki\");\n});\n\n//}}}\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nvar htmlConfig = {\n  autoSelfClosers: {'area': true, 'base': true, 'br': true, 'col': true, 'command': true,\n                    'embed': true, 'frame': true, 'hr': true, 'img': true, 'input': true,\n                    'keygen': true, 'link': true, 'meta': true, 'param': true, 'source': true,\n                    'track': true, 'wbr': true, 'menuitem': true},\n  implicitlyClosed: {'dd': true, 'li': true, 'optgroup': true, 'option': true, 'p': true,\n                     'rp': true, 'rt': true, 'tbody': true, 'td': true, 'tfoot': true,\n                     'th': true, 'tr': true},\n  contextGrabbers: {\n    'dd': {'dd': true, 'dt': true},\n    'dt': {'dd': true, 'dt': true},\n    'li': {'li': true},\n    'option': {'option': true, 'optgroup': true},\n    'optgroup': {'optgroup': true},\n    'p': {'address': true, 'article': true, 'aside': true, 'blockquote': true, 'dir': true,\n          'div': true, 'dl': true, 'fieldset': true, 'footer': true, 'form': true,\n          'h1': true, 'h2': true, 'h3': true, 'h4': true, 'h5': true, 'h6': true,\n          'header': true, 'hgroup': true, 'hr': true, 'menu': true, 'nav': true, 'ol': true,\n          'p': true, 'pre': true, 'section': true, 'table': true, 'ul': true},\n    'rp': {'rp': true, 'rt': true},\n    'rt': {'rp': true, 'rt': true},\n    'tbody': {'tbody': true, 'tfoot': true},\n    'td': {'td': true, 'th': true},\n    'tfoot': {'tbody': true},\n    'th': {'td': true, 'th': true},\n    'thead': {'tbody': true, 'tfoot': true},\n    'tr': {'tr': true}\n  },\n  doNotIndent: {\"pre\": true},\n  allowUnquoted: true,\n  allowMissing: true,\n  caseFold: true\n}\n\nvar xmlConfig = {\n  autoSelfClosers: {},\n  implicitlyClosed: {},\n  contextGrabbers: {},\n  doNotIndent: {},\n  allowUnquoted: false,\n  allowMissing: false,\n  caseFold: false\n}\n\nCodeMirror.defineMode(\"xml\", function(editorConf, config_) {\n  var indentUnit = editorConf.indentUnit\n  var config = {}\n  var defaults = config_.htmlMode ? htmlConfig : xmlConfig\n  for (var prop in defaults) config[prop] = defaults[prop]\n  for (var prop in config_) config[prop] = config_[prop]\n\n  // Return variables for tokenizers\n  var type, setStyle;\n\n  function inText(stream, state) {\n    function chain(parser) {\n      state.tokenize = parser;\n      return parser(stream, state);\n    }\n\n    var ch = stream.next();\n    if (ch == \"<\") {\n      if (stream.eat(\"!\")) {\n        if (stream.eat(\"[\")) {\n          if (stream.match(\"CDATA[\")) return chain(inBlock(\"atom\", \"]]>\"));\n          else return null;\n        } else if (stream.match(\"--\")) {\n          return chain(inBlock(\"comment\", \"-->\"));\n        } else if (stream.match(\"DOCTYPE\", true, true)) {\n          stream.eatWhile(/[\\w\\._\\-]/);\n          return chain(doctype(1));\n        } else {\n          return null;\n        }\n      } else if (stream.eat(\"?\")) {\n        stream.eatWhile(/[\\w\\._\\-]/);\n        state.tokenize = inBlock(\"meta\", \"?>\");\n        return \"meta\";\n      } else {\n        type = stream.eat(\"/\") ? \"closeTag\" : \"openTag\";\n        state.tokenize = inTag;\n        return \"tag bracket\";\n      }\n    } else if (ch == \"&\") {\n      var ok;\n      if (stream.eat(\"#\")) {\n        if (stream.eat(\"x\")) {\n          ok = stream.eatWhile(/[a-fA-F\\d]/) && stream.eat(\";\");\n        } else {\n          ok = stream.eatWhile(/[\\d]/) && stream.eat(\";\");\n        }\n      } else {\n        ok = stream.eatWhile(/[\\w\\.\\-:]/) && stream.eat(\";\");\n      }\n      return ok ? \"atom\" : \"error\";\n    } else {\n      stream.eatWhile(/[^&<]/);\n      return null;\n    }\n  }\n  inText.isInText = true;\n\n  function inTag(stream, state) {\n    var ch = stream.next();\n    if (ch == \">\" || (ch == \"/\" && stream.eat(\">\"))) {\n      state.tokenize = inText;\n      type = ch == \">\" ? \"endTag\" : \"selfcloseTag\";\n      return \"tag bracket\";\n    } else if (ch == \"=\") {\n      type = \"equals\";\n      return null;\n    } else if (ch == \"<\") {\n      state.tokenize = inText;\n      state.state = baseState;\n      state.tagName = state.tagStart = null;\n      var next = state.tokenize(stream, state);\n      return next ? next + \" tag error\" : \"tag error\";\n    } else if (/[\\'\\\"]/.test(ch)) {\n      state.tokenize = inAttribute(ch);\n      state.stringStartCol = stream.column();\n      return state.tokenize(stream, state);\n    } else {\n      stream.match(/^[^\\s\\u00a0=<>\\\"\\']*[^\\s\\u00a0=<>\\\"\\'\\/]/);\n      return \"word\";\n    }\n  }\n\n  function inAttribute(quote) {\n    var closure = function(stream, state) {\n      while (!stream.eol()) {\n        if (stream.next() == quote) {\n          state.tokenize = inTag;\n          break;\n        }\n      }\n      return \"string\";\n    };\n    closure.isInAttribute = true;\n    return closure;\n  }\n\n  function inBlock(style, terminator) {\n    return function(stream, state) {\n      while (!stream.eol()) {\n        if (stream.match(terminator)) {\n          state.tokenize = inText;\n          break;\n        }\n        stream.next();\n      }\n      return style;\n    };\n  }\n  function doctype(depth) {\n    return function(stream, state) {\n      var ch;\n      while ((ch = stream.next()) != null) {\n        if (ch == \"<\") {\n          state.tokenize = doctype(depth + 1);\n          return state.tokenize(stream, state);\n        } else if (ch == \">\") {\n          if (depth == 1) {\n            state.tokenize = inText;\n            break;\n          } else {\n            state.tokenize = doctype(depth - 1);\n            return state.tokenize(stream, state);\n          }\n        }\n      }\n      return \"meta\";\n    };\n  }\n\n  function Context(state, tagName, startOfLine) {\n    this.prev = state.context;\n    this.tagName = tagName;\n    this.indent = state.indented;\n    this.startOfLine = startOfLine;\n    if (config.doNotIndent.hasOwnProperty(tagName) || (state.context && state.context.noIndent))\n      this.noIndent = true;\n  }\n  function popContext(state) {\n    if (state.context) state.context = state.context.prev;\n  }\n  function maybePopContext(state, nextTagName) {\n    var parentTagName;\n    while (true) {\n      if (!state.context) {\n        return;\n      }\n      parentTagName = state.context.tagName;\n      if (!config.contextGrabbers.hasOwnProperty(parentTagName) ||\n          !config.contextGrabbers[parentTagName].hasOwnProperty(nextTagName)) {\n        return;\n      }\n      popContext(state);\n    }\n  }\n\n  function baseState(type, stream, state) {\n    if (type == \"openTag\") {\n      state.tagStart = stream.column();\n      return tagNameState;\n    } else if (type == \"closeTag\") {\n      return closeTagNameState;\n    } else {\n      return baseState;\n    }\n  }\n  function tagNameState(type, stream, state) {\n    if (type == \"word\") {\n      state.tagName = stream.current();\n      setStyle = \"tag\";\n      return attrState;\n    } else {\n      setStyle = \"error\";\n      return tagNameState;\n    }\n  }\n  function closeTagNameState(type, stream, state) {\n    if (type == \"word\") {\n      var tagName = stream.current();\n      if (state.context && state.context.tagName != tagName &&\n          config.implicitlyClosed.hasOwnProperty(state.context.tagName))\n        popContext(state);\n      if ((state.context && state.context.tagName == tagName) || config.matchClosing === false) {\n        setStyle = \"tag\";\n        return closeState;\n      } else {\n        setStyle = \"tag error\";\n        return closeStateErr;\n      }\n    } else {\n      setStyle = \"error\";\n      return closeStateErr;\n    }\n  }\n\n  function closeState(type, _stream, state) {\n    if (type != \"endTag\") {\n      setStyle = \"error\";\n      return closeState;\n    }\n    popContext(state);\n    return baseState;\n  }\n  function closeStateErr(type, stream, state) {\n    setStyle = \"error\";\n    return closeState(type, stream, state);\n  }\n\n  function attrState(type, _stream, state) {\n    if (type == \"word\") {\n      setStyle = \"attribute\";\n      return attrEqState;\n    } else if (type == \"endTag\" || type == \"selfcloseTag\") {\n      var tagName = state.tagName, tagStart = state.tagStart;\n      state.tagName = state.tagStart = null;\n      if (type == \"selfcloseTag\" ||\n          config.autoSelfClosers.hasOwnProperty(tagName)) {\n        maybePopContext(state, tagName);\n      } else {\n        maybePopContext(state, tagName);\n        state.context = new Context(state, tagName, tagStart == state.indented);\n      }\n      return baseState;\n    }\n    setStyle = \"error\";\n    return attrState;\n  }\n  function attrEqState(type, stream, state) {\n    if (type == \"equals\") return attrValueState;\n    if (!config.allowMissing) setStyle = \"error\";\n    return attrState(type, stream, state);\n  }\n  function attrValueState(type, stream, state) {\n    if (type == \"string\") return attrContinuedState;\n    if (type == \"word\" && config.allowUnquoted) {setStyle = \"string\"; return attrState;}\n    setStyle = \"error\";\n    return attrState(type, stream, state);\n  }\n  function attrContinuedState(type, stream, state) {\n    if (type == \"string\") return attrContinuedState;\n    return attrState(type, stream, state);\n  }\n\n  return {\n    startState: function(baseIndent) {\n      var state = {tokenize: inText,\n                   state: baseState,\n                   indented: baseIndent || 0,\n                   tagName: null, tagStart: null,\n                   context: null}\n      if (baseIndent != null) state.baseIndent = baseIndent\n      return state\n    },\n\n    token: function(stream, state) {\n      if (!state.tagName && stream.sol())\n        state.indented = stream.indentation();\n\n      if (stream.eatSpace()) return null;\n      type = null;\n      var style = state.tokenize(stream, state);\n      if ((style || type) && style != \"comment\") {\n        setStyle = null;\n        state.state = state.state(type || style, stream, state);\n        if (setStyle)\n          style = setStyle == \"error\" ? style + \" error\" : setStyle;\n      }\n      return style;\n    },\n\n    indent: function(state, textAfter, fullLine) {\n      var context = state.context;\n      // Indent multi-line strings (e.g. css).\n      if (state.tokenize.isInAttribute) {\n        if (state.tagStart == state.indented)\n          return state.stringStartCol + 1;\n        else\n          return state.indented + indentUnit;\n      }\n      if (context && context.noIndent) return CodeMirror.Pass;\n      if (state.tokenize != inTag && state.tokenize != inText)\n        return fullLine ? fullLine.match(/^(\\s*)/)[0].length : 0;\n      // Indent the starts of attribute names.\n      if (state.tagName) {\n        if (config.multilineTagIndentPastTag !== false)\n          return state.tagStart + state.tagName.length + 2;\n        else\n          return state.tagStart + indentUnit * (config.multilineTagIndentFactor || 1);\n      }\n      if (config.alignCDATA && /<!\\[CDATA\\[/.test(textAfter)) return 0;\n      var tagAfter = textAfter && /^<(\\/)?([\\w_:\\.-]*)/.exec(textAfter);\n      if (tagAfter && tagAfter[1]) { // Closing tag spotted\n        while (context) {\n          if (context.tagName == tagAfter[2]) {\n            context = context.prev;\n            break;\n          } else if (config.implicitlyClosed.hasOwnProperty(context.tagName)) {\n            context = context.prev;\n          } else {\n            break;\n          }\n        }\n      } else if (tagAfter) { // Opening tag spotted\n        while (context) {\n          var grabbers = config.contextGrabbers[context.tagName];\n          if (grabbers && grabbers.hasOwnProperty(tagAfter[2]))\n            context = context.prev;\n          else\n            break;\n        }\n      }\n      while (context && context.prev && !context.startOfLine)\n        context = context.prev;\n      if (context) return context.indent + indentUnit;\n      else return state.baseIndent || 0;\n    },\n\n    electricInput: /<\\/[\\s\\w:]+>$/,\n    blockCommentStart: \"<!--\",\n    blockCommentEnd: \"-->\",\n\n    configuration: config.htmlMode ? \"html\" : \"xml\",\n    helperType: config.htmlMode ? \"html\" : \"xml\",\n\n    skipAttribute: function(state) {\n      if (state.state == attrValueState)\n        state.state = attrState\n    }\n  };\n});\n\nCodeMirror.defineMIME(\"text/xml\", \"xml\");\nCodeMirror.defineMIME(\"application/xml\", \"xml\");\nif (!CodeMirror.mimeModes.hasOwnProperty(\"text/html\"))\n  CodeMirror.defineMIME(\"text/html\", {name: \"xml\", htmlMode: true});\n\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/keymap/vim.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n/**\n * Supported keybindings:\n *   Too many to list. Refer to defaultKeyMap below.\n *\n * Supported Ex commands:\n *   Refer to defaultExCommandMap below.\n *\n * Registers: unnamed, -, a-z, A-Z, 0-9\n *   (Does not respect the special case for number registers when delete\n *    operator is made with these commands: %, (, ),  , /, ?, n, N, {, } )\n *   TODO: Implement the remaining registers.\n *\n * Marks: a-z, A-Z, and 0-9\n *   TODO: Implement the remaining special marks. They have more complex\n *       behavior.\n *\n * Events:\n *  'vim-mode-change' - raised on the editor anytime the current mode changes,\n *                      Event object: {mode: \"visual\", subMode: \"linewise\"}\n *\n * Code structure:\n *  1. Default keymap\n *  2. Variable declarations and short basic helpers\n *  3. Instance (External API) implementation\n *  4. Internal state tracking objects (input state, counter) implementation\n *     and instanstiation\n *  5. Key handler (the main command dispatcher) implementation\n *  6. Motion, operator, and action implementations\n *  7. Helper functions for the key handler, motions, operators, and actions\n *  8. Set up Vim to work as a keymap for CodeMirror.\n *  9. Ex command implementations.\n */\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/dialog/dialog\"), require(\"../addon/edit/matchbrackets.js\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/dialog/dialog\", \"../addon/edit/matchbrackets\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  'use strict';\n\n  var defaultKeymap = [\n    // Key to key mapping. This goes first to make it possible to override\n    // existing mappings.\n    { keys: '<Left>', type: 'keyToKey', toKeys: 'h' },\n    { keys: '<Right>', type: 'keyToKey', toKeys: 'l' },\n    { keys: '<Up>', type: 'keyToKey', toKeys: 'k' },\n    { keys: '<Down>', type: 'keyToKey', toKeys: 'j' },\n    { keys: '<Space>', type: 'keyToKey', toKeys: 'l' },\n    { keys: '<BS>', type: 'keyToKey', toKeys: 'h', context: 'normal'},\n    { keys: '<C-Space>', type: 'keyToKey', toKeys: 'W' },\n    { keys: '<C-BS>', type: 'keyToKey', toKeys: 'B', context: 'normal' },\n    { keys: '<S-Space>', type: 'keyToKey', toKeys: 'w' },\n    { keys: '<S-BS>', type: 'keyToKey', toKeys: 'b', context: 'normal' },\n    { keys: '<C-n>', type: 'keyToKey', toKeys: 'j' },\n    { keys: '<C-p>', type: 'keyToKey', toKeys: 'k' },\n    { keys: '<C-[>', type: 'keyToKey', toKeys: '<Esc>' },\n    { keys: '<C-c>', type: 'keyToKey', toKeys: '<Esc>' },\n    { keys: '<C-[>', type: 'keyToKey', toKeys: '<Esc>', context: 'insert' },\n    { keys: '<C-c>', type: 'keyToKey', toKeys: '<Esc>', context: 'insert' },\n    { keys: 's', type: 'keyToKey', toKeys: 'cl', context: 'normal' },\n    { keys: 's', type: 'keyToKey', toKeys: 'c', context: 'visual'},\n    { keys: 'S', type: 'keyToKey', toKeys: 'cc', context: 'normal' },\n    { keys: 'S', type: 'keyToKey', toKeys: 'VdO', context: 'visual' },\n    { keys: '<Home>', type: 'keyToKey', toKeys: '0' },\n    { keys: '<End>', type: 'keyToKey', toKeys: '$' },\n    { keys: '<PageUp>', type: 'keyToKey', toKeys: '<C-b>' },\n    { keys: '<PageDown>', type: 'keyToKey', toKeys: '<C-f>' },\n    { keys: '<CR>', type: 'keyToKey', toKeys: 'j^', context: 'normal' },\n    // Motions\n    { keys: 'H', type: 'motion', motion: 'moveToTopLine', motionArgs: { linewise: true, toJumplist: true }},\n    { keys: 'M', type: 'motion', motion: 'moveToMiddleLine', motionArgs: { linewise: true, toJumplist: true }},\n    { keys: 'L', type: 'motion', motion: 'moveToBottomLine', motionArgs: { linewise: true, toJumplist: true }},\n    { keys: 'h', type: 'motion', motion: 'moveByCharacters', motionArgs: { forward: false }},\n    { keys: 'l', type: 'motion', motion: 'moveByCharacters', motionArgs: { forward: true }},\n    { keys: 'j', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, linewise: true }},\n    { keys: 'k', type: 'motion', motion: 'moveByLines', motionArgs: { forward: false, linewise: true }},\n    { keys: 'gj', type: 'motion', motion: 'moveByDisplayLines', motionArgs: { forward: true }},\n    { keys: 'gk', type: 'motion', motion: 'moveByDisplayLines', motionArgs: { forward: false }},\n    { keys: 'w', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: false }},\n    { keys: 'W', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: false, bigWord: true }},\n    { keys: 'e', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: true, inclusive: true }},\n    { keys: 'E', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: true, bigWord: true, inclusive: true }},\n    { keys: 'b', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false }},\n    { keys: 'B', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false, bigWord: true }},\n    { keys: 'ge', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: true, inclusive: true }},\n    { keys: 'gE', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: true, bigWord: true, inclusive: true }},\n    { keys: '{', type: 'motion', motion: 'moveByParagraph', motionArgs: { forward: false, toJumplist: true }},\n    { keys: '}', type: 'motion', motion: 'moveByParagraph', motionArgs: { forward: true, toJumplist: true }},\n    { keys: '<C-f>', type: 'motion', motion: 'moveByPage', motionArgs: { forward: true }},\n    { keys: '<C-b>', type: 'motion', motion: 'moveByPage', motionArgs: { forward: false }},\n    { keys: '<C-d>', type: 'motion', motion: 'moveByScroll', motionArgs: { forward: true, explicitRepeat: true }},\n    { keys: '<C-u>', type: 'motion', motion: 'moveByScroll', motionArgs: { forward: false, explicitRepeat: true }},\n    { keys: 'gg', type: 'motion', motion: 'moveToLineOrEdgeOfDocument', motionArgs: { forward: false, explicitRepeat: true, linewise: true, toJumplist: true }},\n    { keys: 'G', type: 'motion', motion: 'moveToLineOrEdgeOfDocument', motionArgs: { forward: true, explicitRepeat: true, linewise: true, toJumplist: true }},\n    { keys: '0', type: 'motion', motion: 'moveToStartOfLine' },\n    { keys: '^', type: 'motion', motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: '+', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, toFirstChar:true }},\n    { keys: '-', type: 'motion', motion: 'moveByLines', motionArgs: { forward: false, toFirstChar:true }},\n    { keys: '_', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, toFirstChar:true, repeatOffset:-1 }},\n    { keys: '$', type: 'motion', motion: 'moveToEol', motionArgs: { inclusive: true }},\n    { keys: '%', type: 'motion', motion: 'moveToMatchedSymbol', motionArgs: { inclusive: true, toJumplist: true }},\n    { keys: 'f<character>', type: 'motion', motion: 'moveToCharacter', motionArgs: { forward: true , inclusive: true }},\n    { keys: 'F<character>', type: 'motion', motion: 'moveToCharacter', motionArgs: { forward: false }},\n    { keys: 't<character>', type: 'motion', motion: 'moveTillCharacter', motionArgs: { forward: true, inclusive: true }},\n    { keys: 'T<character>', type: 'motion', motion: 'moveTillCharacter', motionArgs: { forward: false }},\n    { keys: ';', type: 'motion', motion: 'repeatLastCharacterSearch', motionArgs: { forward: true }},\n    { keys: ',', type: 'motion', motion: 'repeatLastCharacterSearch', motionArgs: { forward: false }},\n    { keys: '\\'<character>', type: 'motion', motion: 'goToMark', motionArgs: {toJumplist: true, linewise: true}},\n    { keys: '`<character>', type: 'motion', motion: 'goToMark', motionArgs: {toJumplist: true}},\n    { keys: ']`', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true } },\n    { keys: '[`', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false } },\n    { keys: ']\\'', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true, linewise: true } },\n    { keys: '[\\'', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false, linewise: true } },\n    // the next two aren't motions but must come before more general motion declarations\n    { keys: ']p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: true, isEdit: true, matchIndent: true}},\n    { keys: '[p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: false, isEdit: true, matchIndent: true}},\n    { keys: ']<character>', type: 'motion', motion: 'moveToSymbol', motionArgs: { forward: true, toJumplist: true}},\n    { keys: '[<character>', type: 'motion', motion: 'moveToSymbol', motionArgs: { forward: false, toJumplist: true}},\n    { keys: '|', type: 'motion', motion: 'moveToColumn'},\n    { keys: 'o', type: 'motion', motion: 'moveToOtherHighlightedEnd', context:'visual'},\n    { keys: 'O', type: 'motion', motion: 'moveToOtherHighlightedEnd', motionArgs: {sameLine: true}, context:'visual'},\n    // Operators\n    { keys: 'd', type: 'operator', operator: 'delete' },\n    { keys: 'y', type: 'operator', operator: 'yank' },\n    { keys: 'c', type: 'operator', operator: 'change' },\n    { keys: '>', type: 'operator', operator: 'indent', operatorArgs: { indentRight: true }},\n    { keys: '<', type: 'operator', operator: 'indent', operatorArgs: { indentRight: false }},\n    { keys: 'g~', type: 'operator', operator: 'changeCase' },\n    { keys: 'gu', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: true}, isEdit: true },\n    { keys: 'gU', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: false}, isEdit: true },\n    { keys: 'n', type: 'motion', motion: 'findNext', motionArgs: { forward: true, toJumplist: true }},\n    { keys: 'N', type: 'motion', motion: 'findNext', motionArgs: { forward: false, toJumplist: true }},\n    // Operator-Motion dual commands\n    { keys: 'x', type: 'operatorMotion', operator: 'delete', motion: 'moveByCharacters', motionArgs: { forward: true }, operatorMotionArgs: { visualLine: false }},\n    { keys: 'X', type: 'operatorMotion', operator: 'delete', motion: 'moveByCharacters', motionArgs: { forward: false }, operatorMotionArgs: { visualLine: true }},\n    { keys: 'D', type: 'operatorMotion', operator: 'delete', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n    { keys: 'D', type: 'operator', operator: 'delete', operatorArgs: { linewise: true }, context: 'visual'},\n    { keys: 'Y', type: 'operatorMotion', operator: 'yank', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n    { keys: 'Y', type: 'operator', operator: 'yank', operatorArgs: { linewise: true }, context: 'visual'},\n    { keys: 'C', type: 'operatorMotion', operator: 'change', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n    { keys: 'C', type: 'operator', operator: 'change', operatorArgs: { linewise: true }, context: 'visual'},\n    { keys: '~', type: 'operatorMotion', operator: 'changeCase', motion: 'moveByCharacters', motionArgs: { forward: true }, operatorArgs: { shouldMoveCursor: true }, context: 'normal'},\n    { keys: '~', type: 'operator', operator: 'changeCase', context: 'visual'},\n    { keys: '<C-w>', type: 'operatorMotion', operator: 'delete', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false }, context: 'insert' },\n    // Actions\n    { keys: '<C-i>', type: 'action', action: 'jumpListWalk', actionArgs: { forward: true }},\n    { keys: '<C-o>', type: 'action', action: 'jumpListWalk', actionArgs: { forward: false }},\n    { keys: '<C-e>', type: 'action', action: 'scroll', actionArgs: { forward: true, linewise: true }},\n    { keys: '<C-y>', type: 'action', action: 'scroll', actionArgs: { forward: false, linewise: true }},\n    { keys: 'a', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'charAfter' }, context: 'normal' },\n    { keys: 'A', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'eol' }, context: 'normal' },\n    { keys: 'A', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'endOfSelectedArea' }, context: 'visual' },\n    { keys: 'i', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'inplace' }, context: 'normal' },\n    { keys: 'I', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'firstNonBlank'}, context: 'normal' },\n    { keys: 'I', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'startOfSelectedArea' }, context: 'visual' },\n    { keys: 'o', type: 'action', action: 'newLineAndEnterInsertMode', isEdit: true, interlaceInsertRepeat: true, actionArgs: { after: true }, context: 'normal' },\n    { keys: 'O', type: 'action', action: 'newLineAndEnterInsertMode', isEdit: true, interlaceInsertRepeat: true, actionArgs: { after: false }, context: 'normal' },\n    { keys: 'v', type: 'action', action: 'toggleVisualMode' },\n    { keys: 'V', type: 'action', action: 'toggleVisualMode', actionArgs: { linewise: true }},\n    { keys: '<C-v>', type: 'action', action: 'toggleVisualMode', actionArgs: { blockwise: true }},\n    { keys: '<C-q>', type: 'action', action: 'toggleVisualMode', actionArgs: { blockwise: true }},\n    { keys: 'gv', type: 'action', action: 'reselectLastSelection' },\n    { keys: 'J', type: 'action', action: 'joinLines', isEdit: true },\n    { keys: 'p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: true, isEdit: true }},\n    { keys: 'P', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: false, isEdit: true }},\n    { keys: 'r<character>', type: 'action', action: 'replace', isEdit: true },\n    { keys: '@<character>', type: 'action', action: 'replayMacro' },\n    { keys: 'q<character>', type: 'action', action: 'enterMacroRecordMode' },\n    // Handle Replace-mode as a special case of insert mode.\n    { keys: 'R', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { replace: true }},\n    { keys: 'u', type: 'action', action: 'undo', context: 'normal' },\n    { keys: 'u', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: true}, context: 'visual', isEdit: true },\n    { keys: 'U', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: false}, context: 'visual', isEdit: true },\n    { keys: '<C-r>', type: 'action', action: 'redo' },\n    { keys: 'm<character>', type: 'action', action: 'setMark' },\n    { keys: '\"<character>', type: 'action', action: 'setRegister' },\n    { keys: 'zz', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'center' }},\n    { keys: 'z.', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'center' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: 'zt', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'top' }},\n    { keys: 'z<CR>', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'top' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: 'z-', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'bottom' }},\n    { keys: 'zb', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'bottom' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n    { keys: '.', type: 'action', action: 'repeatLastEdit' },\n    { keys: '<C-a>', type: 'action', action: 'incrementNumberToken', isEdit: true, actionArgs: {increase: true, backtrack: false}},\n    { keys: '<C-x>', type: 'action', action: 'incrementNumberToken', isEdit: true, actionArgs: {increase: false, backtrack: false}},\n    // Text object motions\n    { keys: 'a<character>', type: 'motion', motion: 'textObjectManipulation' },\n    { keys: 'i<character>', type: 'motion', motion: 'textObjectManipulation', motionArgs: { textObjectInner: true }},\n    // Search\n    { keys: '/', type: 'search', searchArgs: { forward: true, querySrc: 'prompt', toJumplist: true }},\n    { keys: '?', type: 'search', searchArgs: { forward: false, querySrc: 'prompt', toJumplist: true }},\n    { keys: '*', type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n    { keys: '#', type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n    { keys: 'g*', type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', toJumplist: true }},\n    { keys: 'g#', type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', toJumplist: true }},\n    // Ex command\n    { keys: ':', type: 'ex' }\n  ];\n\n  /**\n   * Ex commands\n   * Care must be taken when adding to the default Ex command map. For any\n   * pair of commands that have a shared prefix, at least one of their\n   * shortNames must not match the prefix of the other command.\n   */\n  var defaultExCommandMap = [\n    { name: 'colorscheme', shortName: 'colo' },\n    { name: 'map' },\n    { name: 'imap', shortName: 'im' },\n    { name: 'nmap', shortName: 'nm' },\n    { name: 'vmap', shortName: 'vm' },\n    { name: 'unmap' },\n    { name: 'write', shortName: 'w' },\n    { name: 'undo', shortName: 'u' },\n    { name: 'redo', shortName: 'red' },\n    { name: 'set', shortName: 'se' },\n    { name: 'set', shortName: 'se' },\n    { name: 'setlocal', shortName: 'setl' },\n    { name: 'setglobal', shortName: 'setg' },\n    { name: 'sort', shortName: 'sor' },\n    { name: 'substitute', shortName: 's', possiblyAsync: true },\n    { name: 'nohlsearch', shortName: 'noh' },\n    { name: 'delmarks', shortName: 'delm' },\n    { name: 'registers', shortName: 'reg', excludeFromCommandHistory: true },\n    { name: 'global', shortName: 'g' }\n  ];\n\n  var Pos = CodeMirror.Pos;\n\n  var Vim = function() {\n    function enterVimMode(cm) {\n      cm.setOption('disableInput', true);\n      cm.setOption('showCursorWhenSelecting', false);\n      CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n      cm.on('cursorActivity', onCursorActivity);\n      maybeInitVimState(cm);\n      CodeMirror.on(cm.getInputField(), 'paste', getOnPasteFn(cm));\n    }\n\n    function leaveVimMode(cm) {\n      cm.setOption('disableInput', false);\n      cm.off('cursorActivity', onCursorActivity);\n      CodeMirror.off(cm.getInputField(), 'paste', getOnPasteFn(cm));\n      cm.state.vim = null;\n    }\n\n    function detachVimMap(cm, next) {\n      if (this == CodeMirror.keyMap.vim)\n        CodeMirror.rmClass(cm.getWrapperElement(), \"cm-fat-cursor\");\n\n      if (!next || next.attach != attachVimMap)\n        leaveVimMode(cm, false);\n    }\n    function attachVimMap(cm, prev) {\n      if (this == CodeMirror.keyMap.vim)\n        CodeMirror.addClass(cm.getWrapperElement(), \"cm-fat-cursor\");\n\n      if (!prev || prev.attach != attachVimMap)\n        enterVimMode(cm);\n    }\n\n    // Deprecated, simply setting the keymap works again.\n    CodeMirror.defineOption('vimMode', false, function(cm, val, prev) {\n      if (val && cm.getOption(\"keyMap\") != \"vim\")\n        cm.setOption(\"keyMap\", \"vim\");\n      else if (!val && prev != CodeMirror.Init && /^vim/.test(cm.getOption(\"keyMap\")))\n        cm.setOption(\"keyMap\", \"default\");\n    });\n\n    function cmKey(key, cm) {\n      if (!cm) { return undefined; }\n      var vimKey = cmKeyToVimKey(key);\n      if (!vimKey) {\n        return false;\n      }\n      var cmd = CodeMirror.Vim.findKey(cm, vimKey);\n      if (typeof cmd == 'function') {\n        CodeMirror.signal(cm, 'vim-keypress', vimKey);\n      }\n      return cmd;\n    }\n\n    var modifiers = {'Shift': 'S', 'Ctrl': 'C', 'Alt': 'A', 'Cmd': 'D', 'Mod': 'A'};\n    var specialKeys = {Enter:'CR',Backspace:'BS',Delete:'Del'};\n    function cmKeyToVimKey(key) {\n      if (key.charAt(0) == '\\'') {\n        // Keypress character binding of format \"'a'\"\n        return key.charAt(1);\n      }\n      var pieces = key.split(/-(?!$)/);\n      var lastPiece = pieces[pieces.length - 1];\n      if (pieces.length == 1 && pieces[0].length == 1) {\n        // No-modifier bindings use literal character bindings above. Skip.\n        return false;\n      } else if (pieces.length == 2 && pieces[0] == 'Shift' && lastPiece.length == 1) {\n        // Ignore Shift+char bindings as they should be handled by literal character.\n        return false;\n      }\n      var hasCharacter = false;\n      for (var i = 0; i < pieces.length; i++) {\n        var piece = pieces[i];\n        if (piece in modifiers) { pieces[i] = modifiers[piece]; }\n        else { hasCharacter = true; }\n        if (piece in specialKeys) { pieces[i] = specialKeys[piece]; }\n      }\n      if (!hasCharacter) {\n        // Vim does not support modifier only keys.\n        return false;\n      }\n      // TODO: Current bindings expect the character to be lower case, but\n      // it looks like vim key notation uses upper case.\n      if (isUpperCase(lastPiece)) {\n        pieces[pieces.length - 1] = lastPiece.toLowerCase();\n      }\n      return '<' + pieces.join('-') + '>';\n    }\n\n    function getOnPasteFn(cm) {\n      var vim = cm.state.vim;\n      if (!vim.onPasteFn) {\n        vim.onPasteFn = function() {\n          if (!vim.insertMode) {\n            cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n            actions.enterInsertMode(cm, {}, vim);\n          }\n        };\n      }\n      return vim.onPasteFn;\n    }\n\n    var numberRegex = /[\\d]/;\n    var wordCharTest = [CodeMirror.isWordChar, function(ch) {\n      return ch && !CodeMirror.isWordChar(ch) && !/\\s/.test(ch);\n    }], bigWordCharTest = [function(ch) {\n      return /\\S/.test(ch);\n    }];\n    function makeKeyRange(start, size) {\n      var keys = [];\n      for (var i = start; i < start + size; i++) {\n        keys.push(String.fromCharCode(i));\n      }\n      return keys;\n    }\n    var upperCaseAlphabet = makeKeyRange(65, 26);\n    var lowerCaseAlphabet = makeKeyRange(97, 26);\n    var numbers = makeKeyRange(48, 10);\n    var validMarks = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['<', '>']);\n    var validRegisters = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['-', '\"', '.', ':', '/']);\n\n    function isLine(cm, line) {\n      return line >= cm.firstLine() && line <= cm.lastLine();\n    }\n    function isLowerCase(k) {\n      return (/^[a-z]$/).test(k);\n    }\n    function isMatchableSymbol(k) {\n      return '()[]{}'.indexOf(k) != -1;\n    }\n    function isNumber(k) {\n      return numberRegex.test(k);\n    }\n    function isUpperCase(k) {\n      return (/^[A-Z]$/).test(k);\n    }\n    function isWhiteSpaceString(k) {\n      return (/^\\s*$/).test(k);\n    }\n    function inArray(val, arr) {\n      for (var i = 0; i < arr.length; i++) {\n        if (arr[i] == val) {\n          return true;\n        }\n      }\n      return false;\n    }\n\n    var options = {};\n    function defineOption(name, defaultValue, type, aliases, callback) {\n      if (defaultValue === undefined && !callback) {\n        throw Error('defaultValue is required unless callback is provided');\n      }\n      if (!type) { type = 'string'; }\n      options[name] = {\n        type: type,\n        defaultValue: defaultValue,\n        callback: callback\n      };\n      if (aliases) {\n        for (var i = 0; i < aliases.length; i++) {\n          options[aliases[i]] = options[name];\n        }\n      }\n      if (defaultValue) {\n        setOption(name, defaultValue);\n      }\n    }\n\n    function setOption(name, value, cm, cfg) {\n      var option = options[name];\n      cfg = cfg || {};\n      var scope = cfg.scope;\n      if (!option) {\n        throw Error('Unknown option: ' + name);\n      }\n      if (option.type == 'boolean') {\n        if (value && value !== true) {\n          throw Error('Invalid argument: ' + name + '=' + value);\n        } else if (value !== false) {\n          // Boolean options are set to true if value is not defined.\n          value = true;\n        }\n      }\n      if (option.callback) {\n        if (scope !== 'local') {\n          option.callback(value, undefined);\n        }\n        if (scope !== 'global' && cm) {\n          option.callback(value, cm);\n        }\n      } else {\n        if (scope !== 'local') {\n          option.value = option.type == 'boolean' ? !!value : value;\n        }\n        if (scope !== 'global' && cm) {\n          cm.state.vim.options[name] = {value: value};\n        }\n      }\n    }\n\n    function getOption(name, cm, cfg) {\n      var option = options[name];\n      cfg = cfg || {};\n      var scope = cfg.scope;\n      if (!option) {\n        throw Error('Unknown option: ' + name);\n      }\n      if (option.callback) {\n        var local = cm && option.callback(undefined, cm);\n        if (scope !== 'global' && local !== undefined) {\n          return local;\n        }\n        if (scope !== 'local') {\n          return option.callback();\n        }\n        return;\n      } else {\n        var local = (scope !== 'global') && (cm && cm.state.vim.options[name]);\n        return (local || (scope !== 'local') && option || {}).value;\n      }\n    }\n\n    defineOption('filetype', undefined, 'string', ['ft'], function(name, cm) {\n      // Option is local. Do nothing for global.\n      if (cm === undefined) {\n        return;\n      }\n      // The 'filetype' option proxies to the CodeMirror 'mode' option.\n      if (name === undefined) {\n        var mode = cm.getOption('mode');\n        return mode == 'null' ? '' : mode;\n      } else {\n        var mode = name == '' ? 'null' : name;\n        cm.setOption('mode', mode);\n      }\n    });\n\n    var createCircularJumpList = function() {\n      var size = 100;\n      var pointer = -1;\n      var head = 0;\n      var tail = 0;\n      var buffer = new Array(size);\n      function add(cm, oldCur, newCur) {\n        var current = pointer % size;\n        var curMark = buffer[current];\n        function useNextSlot(cursor) {\n          var next = ++pointer % size;\n          var trashMark = buffer[next];\n          if (trashMark) {\n            trashMark.clear();\n          }\n          buffer[next] = cm.setBookmark(cursor);\n        }\n        if (curMark) {\n          var markPos = curMark.find();\n          // avoid recording redundant cursor position\n          if (markPos && !cursorEqual(markPos, oldCur)) {\n            useNextSlot(oldCur);\n          }\n        } else {\n          useNextSlot(oldCur);\n        }\n        useNextSlot(newCur);\n        head = pointer;\n        tail = pointer - size + 1;\n        if (tail < 0) {\n          tail = 0;\n        }\n      }\n      function move(cm, offset) {\n        pointer += offset;\n        if (pointer > head) {\n          pointer = head;\n        } else if (pointer < tail) {\n          pointer = tail;\n        }\n        var mark = buffer[(size + pointer) % size];\n        // skip marks that are temporarily removed from text buffer\n        if (mark && !mark.find()) {\n          var inc = offset > 0 ? 1 : -1;\n          var newCur;\n          var oldCur = cm.getCursor();\n          do {\n            pointer += inc;\n            mark = buffer[(size + pointer) % size];\n            // skip marks that are the same as current position\n            if (mark &&\n                (newCur = mark.find()) &&\n                !cursorEqual(oldCur, newCur)) {\n              break;\n            }\n          } while (pointer < head && pointer > tail);\n        }\n        return mark;\n      }\n      return {\n        cachedCursor: undefined, //used for # and * jumps\n        add: add,\n        move: move\n      };\n    };\n\n    // Returns an object to track the changes associated insert mode.  It\n    // clones the object that is passed in, or creates an empty object one if\n    // none is provided.\n    var createInsertModeChanges = function(c) {\n      if (c) {\n        // Copy construction\n        return {\n          changes: c.changes,\n          expectCursorActivityForChange: c.expectCursorActivityForChange\n        };\n      }\n      return {\n        // Change list\n        changes: [],\n        // Set to true on change, false on cursorActivity.\n        expectCursorActivityForChange: false\n      };\n    };\n\n    function MacroModeState() {\n      this.latestRegister = undefined;\n      this.isPlaying = false;\n      this.isRecording = false;\n      this.replaySearchQueries = [];\n      this.onRecordingDone = undefined;\n      this.lastInsertModeChanges = createInsertModeChanges();\n    }\n    MacroModeState.prototype = {\n      exitMacroRecordMode: function() {\n        var macroModeState = vimGlobalState.macroModeState;\n        if (macroModeState.onRecordingDone) {\n          macroModeState.onRecordingDone(); // close dialog\n        }\n        macroModeState.onRecordingDone = undefined;\n        macroModeState.isRecording = false;\n      },\n      enterMacroRecordMode: function(cm, registerName) {\n        var register =\n            vimGlobalState.registerController.getRegister(registerName);\n        if (register) {\n          register.clear();\n          this.latestRegister = registerName;\n          if (cm.openDialog) {\n            this.onRecordingDone = cm.openDialog(\n                '(recording)['+registerName+']', null, {bottom:true});\n          }\n          this.isRecording = true;\n        }\n      }\n    };\n\n    function maybeInitVimState(cm) {\n      if (!cm.state.vim) {\n        // Store instance state in the CodeMirror object.\n        cm.state.vim = {\n          inputState: new InputState(),\n          // Vim's input state that triggered the last edit, used to repeat\n          // motions and operators with '.'.\n          lastEditInputState: undefined,\n          // Vim's action command before the last edit, used to repeat actions\n          // with '.' and insert mode repeat.\n          lastEditActionCommand: undefined,\n          // When using jk for navigation, if you move from a longer line to a\n          // shorter line, the cursor may clip to the end of the shorter line.\n          // If j is pressed again and cursor goes to the next line, the\n          // cursor should go back to its horizontal position on the longer\n          // line if it can. This is to keep track of the horizontal position.\n          lastHPos: -1,\n          // Doing the same with screen-position for gj/gk\n          lastHSPos: -1,\n          // The last motion command run. Cleared if a non-motion command gets\n          // executed in between.\n          lastMotion: null,\n          marks: {},\n          // Mark for rendering fake cursor for visual mode.\n          fakeCursor: null,\n          insertMode: false,\n          // Repeat count for changes made in insert mode, triggered by key\n          // sequences like 3,i. Only exists when insertMode is true.\n          insertModeRepeat: undefined,\n          visualMode: false,\n          // If we are in visual line mode. No effect if visualMode is false.\n          visualLine: false,\n          visualBlock: false,\n          lastSelection: null,\n          lastPastedText: null,\n          sel: {},\n          // Buffer-local/window-local values of vim options.\n          options: {}\n        };\n      }\n      return cm.state.vim;\n    }\n    var vimGlobalState;\n    function resetVimGlobalState() {\n      vimGlobalState = {\n        // The current search query.\n        searchQuery: null,\n        // Whether we are searching backwards.\n        searchIsReversed: false,\n        // Replace part of the last substituted pattern\n        lastSubstituteReplacePart: undefined,\n        jumpList: createCircularJumpList(),\n        macroModeState: new MacroModeState,\n        // Recording latest f, t, F or T motion command.\n        lastChararacterSearch: {increment:0, forward:true, selectedCharacter:''},\n        registerController: new RegisterController({}),\n        // search history buffer\n        searchHistoryController: new HistoryController({}),\n        // ex Command history buffer\n        exCommandHistoryController : new HistoryController({})\n      };\n      for (var optionName in options) {\n        var option = options[optionName];\n        option.value = option.defaultValue;\n      }\n    }\n\n    var lastInsertModeKeyTimer;\n    var vimApi= {\n      buildKeyMap: function() {\n        // TODO: Convert keymap into dictionary format for fast lookup.\n      },\n      // Testing hook, though it might be useful to expose the register\n      // controller anyways.\n      getRegisterController: function() {\n        return vimGlobalState.registerController;\n      },\n      // Testing hook.\n      resetVimGlobalState_: resetVimGlobalState,\n\n      // Testing hook.\n      getVimGlobalState_: function() {\n        return vimGlobalState;\n      },\n\n      // Testing hook.\n      maybeInitVimState_: maybeInitVimState,\n\n      suppressErrorLogging: false,\n\n      InsertModeKey: InsertModeKey,\n      map: function(lhs, rhs, ctx) {\n        // Add user defined key bindings.\n        exCommandDispatcher.map(lhs, rhs, ctx);\n      },\n      unmap: function(lhs, ctx) {\n        exCommandDispatcher.unmap(lhs, ctx);\n      },\n      // TODO: Expose setOption and getOption as instance methods. Need to decide how to namespace\n      // them, or somehow make them work with the existing CodeMirror setOption/getOption API.\n      setOption: setOption,\n      getOption: getOption,\n      defineOption: defineOption,\n      defineEx: function(name, prefix, func){\n        if (!prefix) {\n          prefix = name;\n        } else if (name.indexOf(prefix) !== 0) {\n          throw new Error('(Vim.defineEx) \"'+prefix+'\" is not a prefix of \"'+name+'\", command not registered');\n        }\n        exCommands[name]=func;\n        exCommandDispatcher.commandMap_[prefix]={name:name, shortName:prefix, type:'api'};\n      },\n      handleKey: function (cm, key, origin) {\n        var command = this.findKey(cm, key, origin);\n        if (typeof command === 'function') {\n          return command();\n        }\n      },\n      /**\n       * This is the outermost function called by CodeMirror, after keys have\n       * been mapped to their Vim equivalents.\n       *\n       * Finds a command based on the key (and cached keys if there is a\n       * multi-key sequence). Returns `undefined` if no key is matched, a noop\n       * function if a partial match is found (multi-key), and a function to\n       * execute the bound command if a a key is matched. The function always\n       * returns true.\n       */\n      findKey: function(cm, key, origin) {\n        var vim = maybeInitVimState(cm);\n        function handleMacroRecording() {\n          var macroModeState = vimGlobalState.macroModeState;\n          if (macroModeState.isRecording) {\n            if (key == 'q') {\n              macroModeState.exitMacroRecordMode();\n              clearInputState(cm);\n              return true;\n            }\n            if (origin != 'mapping') {\n              logKey(macroModeState, key);\n            }\n          }\n        }\n        function handleEsc() {\n          if (key == '<Esc>') {\n            // Clear input state and get back to normal mode.\n            clearInputState(cm);\n            if (vim.visualMode) {\n              exitVisualMode(cm);\n            } else if (vim.insertMode) {\n              exitInsertMode(cm);\n            }\n            return true;\n          }\n        }\n        function doKeyToKey(keys) {\n          // TODO: prevent infinite recursion.\n          var match;\n          while (keys) {\n            // Pull off one command key, which is either a single character\n            // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n            match = (/<\\w+-.+?>|<\\w+>|./).exec(keys);\n            key = match[0];\n            keys = keys.substring(match.index + key.length);\n            CodeMirror.Vim.handleKey(cm, key, 'mapping');\n          }\n        }\n\n        function handleKeyInsertMode() {\n          if (handleEsc()) { return true; }\n          var keys = vim.inputState.keyBuffer = vim.inputState.keyBuffer + key;\n          var keysAreChars = key.length == 1;\n          var match = commandDispatcher.matchCommand(keys, defaultKeymap, vim.inputState, 'insert');\n          // Need to check all key substrings in insert mode.\n          while (keys.length > 1 && match.type != 'full') {\n            var keys = vim.inputState.keyBuffer = keys.slice(1);\n            var thisMatch = commandDispatcher.matchCommand(keys, defaultKeymap, vim.inputState, 'insert');\n            if (thisMatch.type != 'none') { match = thisMatch; }\n          }\n          if (match.type == 'none') { clearInputState(cm); return false; }\n          else if (match.type == 'partial') {\n            if (lastInsertModeKeyTimer) { window.clearTimeout(lastInsertModeKeyTimer); }\n            lastInsertModeKeyTimer = window.setTimeout(\n              function() { if (vim.insertMode && vim.inputState.keyBuffer) { clearInputState(cm); } },\n              getOption('insertModeEscKeysTimeout'));\n            return !keysAreChars;\n          }\n\n          if (lastInsertModeKeyTimer) { window.clearTimeout(lastInsertModeKeyTimer); }\n          if (keysAreChars) {\n            var here = cm.getCursor();\n            cm.replaceRange('', offsetCursor(here, 0, -(keys.length - 1)), here, '+input');\n          }\n          clearInputState(cm);\n          return match.command;\n        }\n\n        function handleKeyNonInsertMode() {\n          if (handleMacroRecording() || handleEsc()) { return true; };\n\n          var keys = vim.inputState.keyBuffer = vim.inputState.keyBuffer + key;\n          if (/^[1-9]\\d*$/.test(keys)) { return true; }\n\n          var keysMatcher = /^(\\d*)(.*)$/.exec(keys);\n          if (!keysMatcher) { clearInputState(cm); return false; }\n          var context = vim.visualMode ? 'visual' :\n                                         'normal';\n          var match = commandDispatcher.matchCommand(keysMatcher[2] || keysMatcher[1], defaultKeymap, vim.inputState, context);\n          if (match.type == 'none') { clearInputState(cm); return false; }\n          else if (match.type == 'partial') { return true; }\n\n          vim.inputState.keyBuffer = '';\n          var keysMatcher = /^(\\d*)(.*)$/.exec(keys);\n          if (keysMatcher[1] && keysMatcher[1] != '0') {\n            vim.inputState.pushRepeatDigit(keysMatcher[1]);\n          }\n          return match.command;\n        }\n\n        var command;\n        if (vim.insertMode) { command = handleKeyInsertMode(); }\n        else { command = handleKeyNonInsertMode(); }\n        if (command === false) {\n          return undefined;\n        } else if (command === true) {\n          // TODO: Look into using CodeMirror's multi-key handling.\n          // Return no-op since we are caching the key. Counts as handled, but\n          // don't want act on it just yet.\n          return function() {};\n        } else {\n          return function() {\n            return cm.operation(function() {\n              cm.curOp.isVimOp = true;\n              try {\n                if (command.type == 'keyToKey') {\n                  doKeyToKey(command.toKeys);\n                } else {\n                  commandDispatcher.processCommand(cm, vim, command);\n                }\n              } catch (e) {\n                // clear VIM state in case it's in a bad state.\n                cm.state.vim = undefined;\n                maybeInitVimState(cm);\n                if (!CodeMirror.Vim.suppressErrorLogging) {\n                  console['log'](e);\n                }\n                throw e;\n              }\n              return true;\n            });\n          };\n        }\n      },\n      handleEx: function(cm, input) {\n        exCommandDispatcher.processCommand(cm, input);\n      },\n\n      defineMotion: defineMotion,\n      defineAction: defineAction,\n      defineOperator: defineOperator,\n      mapCommand: mapCommand,\n      _mapCommand: _mapCommand,\n\n      defineRegister: defineRegister,\n\n      exitVisualMode: exitVisualMode,\n      exitInsertMode: exitInsertMode\n    };\n\n    // Represents the current input state.\n    function InputState() {\n      this.prefixRepeat = [];\n      this.motionRepeat = [];\n\n      this.operator = null;\n      this.operatorArgs = null;\n      this.motion = null;\n      this.motionArgs = null;\n      this.keyBuffer = []; // For matching multi-key commands.\n      this.registerName = null; // Defaults to the unnamed register.\n    }\n    InputState.prototype.pushRepeatDigit = function(n) {\n      if (!this.operator) {\n        this.prefixRepeat = this.prefixRepeat.concat(n);\n      } else {\n        this.motionRepeat = this.motionRepeat.concat(n);\n      }\n    };\n    InputState.prototype.getRepeat = function() {\n      var repeat = 0;\n      if (this.prefixRepeat.length > 0 || this.motionRepeat.length > 0) {\n        repeat = 1;\n        if (this.prefixRepeat.length > 0) {\n          repeat *= parseInt(this.prefixRepeat.join(''), 10);\n        }\n        if (this.motionRepeat.length > 0) {\n          repeat *= parseInt(this.motionRepeat.join(''), 10);\n        }\n      }\n      return repeat;\n    };\n\n    function clearInputState(cm, reason) {\n      cm.state.vim.inputState = new InputState();\n      CodeMirror.signal(cm, 'vim-command-done', reason);\n    }\n\n    /*\n     * Register stores information about copy and paste registers.  Besides\n     * text, a register must store whether it is linewise (i.e., when it is\n     * pasted, should it insert itself into a new line, or should the text be\n     * inserted at the cursor position.)\n     */\n    function Register(text, linewise, blockwise) {\n      this.clear();\n      this.keyBuffer = [text || ''];\n      this.insertModeChanges = [];\n      this.searchQueries = [];\n      this.linewise = !!linewise;\n      this.blockwise = !!blockwise;\n    }\n    Register.prototype = {\n      setText: function(text, linewise, blockwise) {\n        this.keyBuffer = [text || ''];\n        this.linewise = !!linewise;\n        this.blockwise = !!blockwise;\n      },\n      pushText: function(text, linewise) {\n        // if this register has ever been set to linewise, use linewise.\n        if (linewise) {\n          if (!this.linewise) {\n            this.keyBuffer.push('\\n');\n          }\n          this.linewise = true;\n        }\n        this.keyBuffer.push(text);\n      },\n      pushInsertModeChanges: function(changes) {\n        this.insertModeChanges.push(createInsertModeChanges(changes));\n      },\n      pushSearchQuery: function(query) {\n        this.searchQueries.push(query);\n      },\n      clear: function() {\n        this.keyBuffer = [];\n        this.insertModeChanges = [];\n        this.searchQueries = [];\n        this.linewise = false;\n      },\n      toString: function() {\n        return this.keyBuffer.join('');\n      }\n    };\n\n    /**\n     * Defines an external register.\n     *\n     * The name should be a single character that will be used to reference the register.\n     * The register should support setText, pushText, clear, and toString(). See Register\n     * for a reference implementation.\n     */\n    function defineRegister(name, register) {\n      var registers = vimGlobalState.registerController.registers[name];\n      if (!name || name.length != 1) {\n        throw Error('Register name must be 1 character');\n      }\n      if (registers[name]) {\n        throw Error('Register already defined ' + name);\n      }\n      registers[name] = register;\n      validRegisters.push(name);\n    }\n\n    /*\n     * vim registers allow you to keep many independent copy and paste buffers.\n     * See http://usevim.com/2012/04/13/registers/ for an introduction.\n     *\n     * RegisterController keeps the state of all the registers.  An initial\n     * state may be passed in.  The unnamed register '\"' will always be\n     * overridden.\n     */\n    function RegisterController(registers) {\n      this.registers = registers;\n      this.unnamedRegister = registers['\"'] = new Register();\n      registers['.'] = new Register();\n      registers[':'] = new Register();\n      registers['/'] = new Register();\n    }\n    RegisterController.prototype = {\n      pushText: function(registerName, operator, text, linewise, blockwise) {\n        if (linewise && text.charAt(0) == '\\n') {\n          text = text.slice(1) + '\\n';\n        }\n        if (linewise && text.charAt(text.length - 1) !== '\\n'){\n          text += '\\n';\n        }\n        // Lowercase and uppercase registers refer to the same register.\n        // Uppercase just means append.\n        var register = this.isValidRegister(registerName) ?\n            this.getRegister(registerName) : null;\n        // if no register/an invalid register was specified, things go to the\n        // default registers\n        if (!register) {\n          switch (operator) {\n            case 'yank':\n              // The 0 register contains the text from the most recent yank.\n              this.registers['0'] = new Register(text, linewise, blockwise);\n              break;\n            case 'delete':\n            case 'change':\n              if (text.indexOf('\\n') == -1) {\n                // Delete less than 1 line. Update the small delete register.\n                this.registers['-'] = new Register(text, linewise);\n              } else {\n                // Shift down the contents of the numbered registers and put the\n                // deleted text into register 1.\n                this.shiftNumericRegisters_();\n                this.registers['1'] = new Register(text, linewise);\n              }\n              break;\n          }\n          // Make sure the unnamed register is set to what just happened\n          this.unnamedRegister.setText(text, linewise, blockwise);\n          return;\n        }\n\n        // If we've gotten to this point, we've actually specified a register\n        var append = isUpperCase(registerName);\n        if (append) {\n          register.pushText(text, linewise);\n        } else {\n          register.setText(text, linewise, blockwise);\n        }\n        // The unnamed register always has the same value as the last used\n        // register.\n        this.unnamedRegister.setText(register.toString(), linewise);\n      },\n      // Gets the register named @name.  If one of @name doesn't already exist,\n      // create it.  If @name is invalid, return the unnamedRegister.\n      getRegister: function(name) {\n        if (!this.isValidRegister(name)) {\n          return this.unnamedRegister;\n        }\n        name = name.toLowerCase();\n        if (!this.registers[name]) {\n          this.registers[name] = new Register();\n        }\n        return this.registers[name];\n      },\n      isValidRegister: function(name) {\n        return name && inArray(name, validRegisters);\n      },\n      shiftNumericRegisters_: function() {\n        for (var i = 9; i >= 2; i--) {\n          this.registers[i] = this.getRegister('' + (i - 1));\n        }\n      }\n    };\n    function HistoryController() {\n        this.historyBuffer = [];\n        this.iterator;\n        this.initialPrefix = null;\n    }\n    HistoryController.prototype = {\n      // the input argument here acts a user entered prefix for a small time\n      // until we start autocompletion in which case it is the autocompleted.\n      nextMatch: function (input, up) {\n        var historyBuffer = this.historyBuffer;\n        var dir = up ? -1 : 1;\n        if (this.initialPrefix === null) this.initialPrefix = input;\n        for (var i = this.iterator + dir; up ? i >= 0 : i < historyBuffer.length; i+= dir) {\n          var element = historyBuffer[i];\n          for (var j = 0; j <= element.length; j++) {\n            if (this.initialPrefix == element.substring(0, j)) {\n              this.iterator = i;\n              return element;\n            }\n          }\n        }\n        // should return the user input in case we reach the end of buffer.\n        if (i >= historyBuffer.length) {\n          this.iterator = historyBuffer.length;\n          return this.initialPrefix;\n        }\n        // return the last autocompleted query or exCommand as it is.\n        if (i < 0 ) return input;\n      },\n      pushInput: function(input) {\n        var index = this.historyBuffer.indexOf(input);\n        if (index > -1) this.historyBuffer.splice(index, 1);\n        if (input.length) this.historyBuffer.push(input);\n      },\n      reset: function() {\n        this.initialPrefix = null;\n        this.iterator = this.historyBuffer.length;\n      }\n    };\n    var commandDispatcher = {\n      matchCommand: function(keys, keyMap, inputState, context) {\n        var matches = commandMatches(keys, keyMap, context, inputState);\n        if (!matches.full && !matches.partial) {\n          return {type: 'none'};\n        } else if (!matches.full && matches.partial) {\n          return {type: 'partial'};\n        }\n\n        var bestMatch;\n        for (var i = 0; i < matches.full.length; i++) {\n          var match = matches.full[i];\n          if (!bestMatch) {\n            bestMatch = match;\n          }\n        }\n        if (bestMatch.keys.slice(-11) == '<character>') {\n          inputState.selectedCharacter = lastChar(keys);\n        }\n        return {type: 'full', command: bestMatch};\n      },\n      processCommand: function(cm, vim, command) {\n        vim.inputState.repeatOverride = command.repeatOverride;\n        switch (command.type) {\n          case 'motion':\n            this.processMotion(cm, vim, command);\n            break;\n          case 'operator':\n            this.processOperator(cm, vim, command);\n            break;\n          case 'operatorMotion':\n            this.processOperatorMotion(cm, vim, command);\n            break;\n          case 'action':\n            this.processAction(cm, vim, command);\n            break;\n          case 'search':\n            this.processSearch(cm, vim, command);\n            break;\n          case 'ex':\n          case 'keyToEx':\n            this.processEx(cm, vim, command);\n            break;\n          default:\n            break;\n        }\n      },\n      processMotion: function(cm, vim, command) {\n        vim.inputState.motion = command.motion;\n        vim.inputState.motionArgs = copyArgs(command.motionArgs);\n        this.evalInput(cm, vim);\n      },\n      processOperator: function(cm, vim, command) {\n        var inputState = vim.inputState;\n        if (inputState.operator) {\n          if (inputState.operator == command.operator) {\n            // Typing an operator twice like 'dd' makes the operator operate\n            // linewise\n            inputState.motion = 'expandToLine';\n            inputState.motionArgs = { linewise: true };\n            this.evalInput(cm, vim);\n            return;\n          } else {\n            // 2 different operators in a row doesn't make sense.\n            clearInputState(cm);\n          }\n        }\n        inputState.operator = command.operator;\n        inputState.operatorArgs = copyArgs(command.operatorArgs);\n        if (vim.visualMode) {\n          // Operating on a selection in visual mode. We don't need a motion.\n          this.evalInput(cm, vim);\n        }\n      },\n      processOperatorMotion: function(cm, vim, command) {\n        var visualMode = vim.visualMode;\n        var operatorMotionArgs = copyArgs(command.operatorMotionArgs);\n        if (operatorMotionArgs) {\n          // Operator motions may have special behavior in visual mode.\n          if (visualMode && operatorMotionArgs.visualLine) {\n            vim.visualLine = true;\n          }\n        }\n        this.processOperator(cm, vim, command);\n        if (!visualMode) {\n          this.processMotion(cm, vim, command);\n        }\n      },\n      processAction: function(cm, vim, command) {\n        var inputState = vim.inputState;\n        var repeat = inputState.getRepeat();\n        var repeatIsExplicit = !!repeat;\n        var actionArgs = copyArgs(command.actionArgs) || {};\n        if (inputState.selectedCharacter) {\n          actionArgs.selectedCharacter = inputState.selectedCharacter;\n        }\n        // Actions may or may not have motions and operators. Do these first.\n        if (command.operator) {\n          this.processOperator(cm, vim, command);\n        }\n        if (command.motion) {\n          this.processMotion(cm, vim, command);\n        }\n        if (command.motion || command.operator) {\n          this.evalInput(cm, vim);\n        }\n        actionArgs.repeat = repeat || 1;\n        actionArgs.repeatIsExplicit = repeatIsExplicit;\n        actionArgs.registerName = inputState.registerName;\n        clearInputState(cm);\n        vim.lastMotion = null;\n        if (command.isEdit) {\n          this.recordLastEdit(vim, inputState, command);\n        }\n        actions[command.action](cm, actionArgs, vim);\n      },\n      processSearch: function(cm, vim, command) {\n        if (!cm.getSearchCursor) {\n          // Search depends on SearchCursor.\n          return;\n        }\n        var forward = command.searchArgs.forward;\n        var wholeWordOnly = command.searchArgs.wholeWordOnly;\n        getSearchState(cm).setReversed(!forward);\n        var promptPrefix = (forward) ? '/' : '?';\n        var originalQuery = getSearchState(cm).getQuery();\n        var originalScrollPos = cm.getScrollInfo();\n        function handleQuery(query, ignoreCase, smartCase) {\n          vimGlobalState.searchHistoryController.pushInput(query);\n          vimGlobalState.searchHistoryController.reset();\n          try {\n            updateSearchQuery(cm, query, ignoreCase, smartCase);\n          } catch (e) {\n            showConfirm(cm, 'Invalid regex: ' + query);\n            clearInputState(cm);\n            return;\n          }\n          commandDispatcher.processMotion(cm, vim, {\n            type: 'motion',\n            motion: 'findNext',\n            motionArgs: { forward: true, toJumplist: command.searchArgs.toJumplist }\n          });\n        }\n        function onPromptClose(query) {\n          cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n          handleQuery(query, true /** ignoreCase */, true /** smartCase */);\n          var macroModeState = vimGlobalState.macroModeState;\n          if (macroModeState.isRecording) {\n            logSearchQuery(macroModeState, query);\n          }\n        }\n        function onPromptKeyUp(e, query, close) {\n          var keyName = CodeMirror.keyName(e), up;\n          if (keyName == 'Up' || keyName == 'Down') {\n            up = keyName == 'Up' ? true : false;\n            query = vimGlobalState.searchHistoryController.nextMatch(query, up) || '';\n            close(query);\n          } else {\n            if ( keyName != 'Left' && keyName != 'Right' && keyName != 'Ctrl' && keyName != 'Alt' && keyName != 'Shift')\n              vimGlobalState.searchHistoryController.reset();\n          }\n          var parsedQuery;\n          try {\n            parsedQuery = updateSearchQuery(cm, query,\n                true /** ignoreCase */, true /** smartCase */);\n          } catch (e) {\n            // Swallow bad regexes for incremental search.\n          }\n          if (parsedQuery) {\n            cm.scrollIntoView(findNext(cm, !forward, parsedQuery), 30);\n          } else {\n            clearSearchHighlight(cm);\n            cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n          }\n        }\n        function onPromptKeyDown(e, query, close) {\n          var keyName = CodeMirror.keyName(e);\n          if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[' ||\n              (keyName == 'Backspace' && query == '')) {\n            vimGlobalState.searchHistoryController.pushInput(query);\n            vimGlobalState.searchHistoryController.reset();\n            updateSearchQuery(cm, originalQuery);\n            clearSearchHighlight(cm);\n            cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n            CodeMirror.e_stop(e);\n            clearInputState(cm);\n            close();\n            cm.focus();\n          } else if (keyName == 'Ctrl-U') {\n            // Ctrl-U clears input.\n            CodeMirror.e_stop(e);\n            close('');\n          }\n        }\n        switch (command.searchArgs.querySrc) {\n          case 'prompt':\n            var macroModeState = vimGlobalState.macroModeState;\n            if (macroModeState.isPlaying) {\n              var query = macroModeState.replaySearchQueries.shift();\n              handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n            } else {\n              showPrompt(cm, {\n                  onClose: onPromptClose,\n                  prefix: promptPrefix,\n                  desc: searchPromptDesc,\n                  onKeyUp: onPromptKeyUp,\n                  onKeyDown: onPromptKeyDown\n              });\n            }\n            break;\n          case 'wordUnderCursor':\n            var word = expandWordUnderCursor(cm, false /** inclusive */,\n                true /** forward */, false /** bigWord */,\n                true /** noSymbol */);\n            var isKeyword = true;\n            if (!word) {\n              word = expandWordUnderCursor(cm, false /** inclusive */,\n                  true /** forward */, false /** bigWord */,\n                  false /** noSymbol */);\n              isKeyword = false;\n            }\n            if (!word) {\n              return;\n            }\n            var query = cm.getLine(word.start.line).substring(word.start.ch,\n                word.end.ch);\n            if (isKeyword && wholeWordOnly) {\n                query = '\\\\b' + query + '\\\\b';\n            } else {\n              query = escapeRegex(query);\n            }\n\n            // cachedCursor is used to save the old position of the cursor\n            // when * or # causes vim to seek for the nearest word and shift\n            // the cursor before entering the motion.\n            vimGlobalState.jumpList.cachedCursor = cm.getCursor();\n            cm.setCursor(word.start);\n\n            handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n            break;\n        }\n      },\n      processEx: function(cm, vim, command) {\n        function onPromptClose(input) {\n          // Give the prompt some time to close so that if processCommand shows\n          // an error, the elements don't overlap.\n          vimGlobalState.exCommandHistoryController.pushInput(input);\n          vimGlobalState.exCommandHistoryController.reset();\n          exCommandDispatcher.processCommand(cm, input);\n        }\n        function onPromptKeyDown(e, input, close) {\n          var keyName = CodeMirror.keyName(e), up;\n          if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[' ||\n              (keyName == 'Backspace' && input == '')) {\n            vimGlobalState.exCommandHistoryController.pushInput(input);\n            vimGlobalState.exCommandHistoryController.reset();\n            CodeMirror.e_stop(e);\n            clearInputState(cm);\n            close();\n            cm.focus();\n          }\n          if (keyName == 'Up' || keyName == 'Down') {\n            up = keyName == 'Up' ? true : false;\n            input = vimGlobalState.exCommandHistoryController.nextMatch(input, up) || '';\n            close(input);\n          } else if (keyName == 'Ctrl-U') {\n            // Ctrl-U clears input.\n            CodeMirror.e_stop(e);\n            close('');\n          } else {\n            if ( keyName != 'Left' && keyName != 'Right' && keyName != 'Ctrl' && keyName != 'Alt' && keyName != 'Shift')\n              vimGlobalState.exCommandHistoryController.reset();\n          }\n        }\n        if (command.type == 'keyToEx') {\n          // Handle user defined Ex to Ex mappings\n          exCommandDispatcher.processCommand(cm, command.exArgs.input);\n        } else {\n          if (vim.visualMode) {\n            showPrompt(cm, { onClose: onPromptClose, prefix: ':', value: '\\'<,\\'>',\n                onKeyDown: onPromptKeyDown});\n          } else {\n            showPrompt(cm, { onClose: onPromptClose, prefix: ':',\n                onKeyDown: onPromptKeyDown});\n          }\n        }\n      },\n      evalInput: function(cm, vim) {\n        // If the motion comand is set, execute both the operator and motion.\n        // Otherwise return.\n        var inputState = vim.inputState;\n        var motion = inputState.motion;\n        var motionArgs = inputState.motionArgs || {};\n        var operator = inputState.operator;\n        var operatorArgs = inputState.operatorArgs || {};\n        var registerName = inputState.registerName;\n        var sel = vim.sel;\n        // TODO: Make sure cm and vim selections are identical outside visual mode.\n        var origHead = copyCursor(vim.visualMode ? clipCursorToContent(cm, sel.head): cm.getCursor('head'));\n        var origAnchor = copyCursor(vim.visualMode ? clipCursorToContent(cm, sel.anchor) : cm.getCursor('anchor'));\n        var oldHead = copyCursor(origHead);\n        var oldAnchor = copyCursor(origAnchor);\n        var newHead, newAnchor;\n        var repeat;\n        if (operator) {\n          this.recordLastEdit(vim, inputState);\n        }\n        if (inputState.repeatOverride !== undefined) {\n          // If repeatOverride is specified, that takes precedence over the\n          // input state's repeat. Used by Ex mode and can be user defined.\n          repeat = inputState.repeatOverride;\n        } else {\n          repeat = inputState.getRepeat();\n        }\n        if (repeat > 0 && motionArgs.explicitRepeat) {\n          motionArgs.repeatIsExplicit = true;\n        } else if (motionArgs.noRepeat ||\n            (!motionArgs.explicitRepeat && repeat === 0)) {\n          repeat = 1;\n          motionArgs.repeatIsExplicit = false;\n        }\n        if (inputState.selectedCharacter) {\n          // If there is a character input, stick it in all of the arg arrays.\n          motionArgs.selectedCharacter = operatorArgs.selectedCharacter =\n              inputState.selectedCharacter;\n        }\n        motionArgs.repeat = repeat;\n        clearInputState(cm);\n        if (motion) {\n          var motionResult = motions[motion](cm, origHead, motionArgs, vim);\n          vim.lastMotion = motions[motion];\n          if (!motionResult) {\n            return;\n          }\n          if (motionArgs.toJumplist) {\n            var jumpList = vimGlobalState.jumpList;\n            // if the current motion is # or *, use cachedCursor\n            var cachedCursor = jumpList.cachedCursor;\n            if (cachedCursor) {\n              recordJumpPosition(cm, cachedCursor, motionResult);\n              delete jumpList.cachedCursor;\n            } else {\n              recordJumpPosition(cm, origHead, motionResult);\n            }\n          }\n          if (motionResult instanceof Array) {\n            newAnchor = motionResult[0];\n            newHead = motionResult[1];\n          } else {\n            newHead = motionResult;\n          }\n          // TODO: Handle null returns from motion commands better.\n          if (!newHead) {\n            newHead = copyCursor(origHead);\n          }\n          if (vim.visualMode) {\n            if (!(vim.visualBlock && newHead.ch === Infinity)) {\n              newHead = clipCursorToContent(cm, newHead, vim.visualBlock);\n            }\n            if (newAnchor) {\n              newAnchor = clipCursorToContent(cm, newAnchor, true);\n            }\n            newAnchor = newAnchor || oldAnchor;\n            sel.anchor = newAnchor;\n            sel.head = newHead;\n            updateCmSelection(cm);\n            updateMark(cm, vim, '<',\n                cursorIsBefore(newAnchor, newHead) ? newAnchor\n                    : newHead);\n            updateMark(cm, vim, '>',\n                cursorIsBefore(newAnchor, newHead) ? newHead\n                    : newAnchor);\n          } else if (!operator) {\n            newHead = clipCursorToContent(cm, newHead);\n            cm.setCursor(newHead.line, newHead.ch);\n          }\n        }\n        if (operator) {\n          if (operatorArgs.lastSel) {\n            // Replaying a visual mode operation\n            newAnchor = oldAnchor;\n            var lastSel = operatorArgs.lastSel;\n            var lineOffset = Math.abs(lastSel.head.line - lastSel.anchor.line);\n            var chOffset = Math.abs(lastSel.head.ch - lastSel.anchor.ch);\n            if (lastSel.visualLine) {\n              // Linewise Visual mode: The same number of lines.\n              newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch);\n            } else if (lastSel.visualBlock) {\n              // Blockwise Visual mode: The same number of lines and columns.\n              newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch + chOffset);\n            } else if (lastSel.head.line == lastSel.anchor.line) {\n              // Normal Visual mode within one line: The same number of characters.\n              newHead = Pos(oldAnchor.line, oldAnchor.ch + chOffset);\n            } else {\n              // Normal Visual mode with several lines: The same number of lines, in the\n              // last line the same number of characters as in the last line the last time.\n              newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch);\n            }\n            vim.visualMode = true;\n            vim.visualLine = lastSel.visualLine;\n            vim.visualBlock = lastSel.visualBlock;\n            sel = vim.sel = {\n              anchor: newAnchor,\n              head: newHead\n            };\n            updateCmSelection(cm);\n          } else if (vim.visualMode) {\n            operatorArgs.lastSel = {\n              anchor: copyCursor(sel.anchor),\n              head: copyCursor(sel.head),\n              visualBlock: vim.visualBlock,\n              visualLine: vim.visualLine\n            };\n          }\n          var curStart, curEnd, linewise, mode;\n          var cmSel;\n          if (vim.visualMode) {\n            // Init visual op\n            curStart = cursorMin(sel.head, sel.anchor);\n            curEnd = cursorMax(sel.head, sel.anchor);\n            linewise = vim.visualLine || operatorArgs.linewise;\n            mode = vim.visualBlock ? 'block' :\n                   linewise ? 'line' :\n                   'char';\n            cmSel = makeCmSelection(cm, {\n              anchor: curStart,\n              head: curEnd\n            }, mode);\n            if (linewise) {\n              var ranges = cmSel.ranges;\n              if (mode == 'block') {\n                // Linewise operators in visual block mode extend to end of line\n                for (var i = 0; i < ranges.length; i++) {\n                  ranges[i].head.ch = lineLength(cm, ranges[i].head.line);\n                }\n              } else if (mode == 'line') {\n                ranges[0].head = Pos(ranges[0].head.line + 1, 0);\n              }\n            }\n          } else {\n            // Init motion op\n            curStart = copyCursor(newAnchor || oldAnchor);\n            curEnd = copyCursor(newHead || oldHead);\n            if (cursorIsBefore(curEnd, curStart)) {\n              var tmp = curStart;\n              curStart = curEnd;\n              curEnd = tmp;\n            }\n            linewise = motionArgs.linewise || operatorArgs.linewise;\n            if (linewise) {\n              // Expand selection to entire line.\n              expandSelectionToLine(cm, curStart, curEnd);\n            } else if (motionArgs.forward) {\n              // Clip to trailing newlines only if the motion goes forward.\n              clipToLine(cm, curStart, curEnd);\n            }\n            mode = 'char';\n            var exclusive = !motionArgs.inclusive || linewise;\n            cmSel = makeCmSelection(cm, {\n              anchor: curStart,\n              head: curEnd\n            }, mode, exclusive);\n          }\n          cm.setSelections(cmSel.ranges, cmSel.primary);\n          vim.lastMotion = null;\n          operatorArgs.repeat = repeat; // For indent in visual mode.\n          operatorArgs.registerName = registerName;\n          // Keep track of linewise as it affects how paste and change behave.\n          operatorArgs.linewise = linewise;\n          var operatorMoveTo = operators[operator](\n            cm, operatorArgs, cmSel.ranges, oldAnchor, newHead);\n          if (vim.visualMode) {\n            exitVisualMode(cm, operatorMoveTo != null);\n          }\n          if (operatorMoveTo) {\n            cm.setCursor(operatorMoveTo);\n          }\n        }\n      },\n      recordLastEdit: function(vim, inputState, actionCommand) {\n        var macroModeState = vimGlobalState.macroModeState;\n        if (macroModeState.isPlaying) { return; }\n        vim.lastEditInputState = inputState;\n        vim.lastEditActionCommand = actionCommand;\n        macroModeState.lastInsertModeChanges.changes = [];\n        macroModeState.lastInsertModeChanges.expectCursorActivityForChange = false;\n      }\n    };\n\n    /**\n     * typedef {Object{line:number,ch:number}} Cursor An object containing the\n     *     position of the cursor.\n     */\n    // All of the functions below return Cursor objects.\n    var motions = {\n      moveToTopLine: function(cm, _head, motionArgs) {\n        var line = getUserVisibleLines(cm).top + motionArgs.repeat -1;\n        return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n      },\n      moveToMiddleLine: function(cm) {\n        var range = getUserVisibleLines(cm);\n        var line = Math.floor((range.top + range.bottom) * 0.5);\n        return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n      },\n      moveToBottomLine: function(cm, _head, motionArgs) {\n        var line = getUserVisibleLines(cm).bottom - motionArgs.repeat +1;\n        return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n      },\n      expandToLine: function(_cm, head, motionArgs) {\n        // Expands forward to end of line, and then to next line if repeat is\n        // >1. Does not handle backward motion!\n        var cur = head;\n        return Pos(cur.line + motionArgs.repeat - 1, Infinity);\n      },\n      findNext: function(cm, _head, motionArgs) {\n        var state = getSearchState(cm);\n        var query = state.getQuery();\n        if (!query) {\n          return;\n        }\n        var prev = !motionArgs.forward;\n        // If search is initiated with ? instead of /, negate direction.\n        prev = (state.isReversed()) ? !prev : prev;\n        highlightSearchMatches(cm, query);\n        return findNext(cm, prev/** prev */, query, motionArgs.repeat);\n      },\n      goToMark: function(cm, _head, motionArgs, vim) {\n        var mark = vim.marks[motionArgs.selectedCharacter];\n        if (mark) {\n          var pos = mark.find();\n          return motionArgs.linewise ? { line: pos.line, ch: findFirstNonWhiteSpaceCharacter(cm.getLine(pos.line)) } : pos;\n        }\n        return null;\n      },\n      moveToOtherHighlightedEnd: function(cm, _head, motionArgs, vim) {\n        if (vim.visualBlock && motionArgs.sameLine) {\n          var sel = vim.sel;\n          return [\n            clipCursorToContent(cm, Pos(sel.anchor.line, sel.head.ch)),\n            clipCursorToContent(cm, Pos(sel.head.line, sel.anchor.ch))\n          ];\n        } else {\n          return ([vim.sel.head, vim.sel.anchor]);\n        }\n      },\n      jumpToMark: function(cm, head, motionArgs, vim) {\n        var best = head;\n        for (var i = 0; i < motionArgs.repeat; i++) {\n          var cursor = best;\n          for (var key in vim.marks) {\n            if (!isLowerCase(key)) {\n              continue;\n            }\n            var mark = vim.marks[key].find();\n            var isWrongDirection = (motionArgs.forward) ?\n              cursorIsBefore(mark, cursor) : cursorIsBefore(cursor, mark);\n\n            if (isWrongDirection) {\n              continue;\n            }\n            if (motionArgs.linewise && (mark.line == cursor.line)) {\n              continue;\n            }\n\n            var equal = cursorEqual(cursor, best);\n            var between = (motionArgs.forward) ?\n              cursorIsBetween(cursor, mark, best) :\n              cursorIsBetween(best, mark, cursor);\n\n            if (equal || between) {\n              best = mark;\n            }\n          }\n        }\n\n        if (motionArgs.linewise) {\n          // Vim places the cursor on the first non-whitespace character of\n          // the line if there is one, else it places the cursor at the end\n          // of the line, regardless of whether a mark was found.\n          best = Pos(best.line, findFirstNonWhiteSpaceCharacter(cm.getLine(best.line)));\n        }\n        return best;\n      },\n      moveByCharacters: function(_cm, head, motionArgs) {\n        var cur = head;\n        var repeat = motionArgs.repeat;\n        var ch = motionArgs.forward ? cur.ch + repeat : cur.ch - repeat;\n        return Pos(cur.line, ch);\n      },\n      moveByLines: function(cm, head, motionArgs, vim) {\n        var cur = head;\n        var endCh = cur.ch;\n        // Depending what our last motion was, we may want to do different\n        // things. If our last motion was moving vertically, we want to\n        // preserve the HPos from our last horizontal move.  If our last motion\n        // was going to the end of a line, moving vertically we should go to\n        // the end of the line, etc.\n        switch (vim.lastMotion) {\n          case this.moveByLines:\n          case this.moveByDisplayLines:\n          case this.moveByScroll:\n          case this.moveToColumn:\n          case this.moveToEol:\n            endCh = vim.lastHPos;\n            break;\n          default:\n            vim.lastHPos = endCh;\n        }\n        var repeat = motionArgs.repeat+(motionArgs.repeatOffset||0);\n        var line = motionArgs.forward ? cur.line + repeat : cur.line - repeat;\n        var first = cm.firstLine();\n        var last = cm.lastLine();\n        // Vim go to line begin or line end when cursor at first/last line and\n        // move to previous/next line is triggered.\n        if (line < first && cur.line == first){\n          return this.moveToStartOfLine(cm, head, motionArgs, vim);\n        }else if (line > last && cur.line == last){\n            return this.moveToEol(cm, head, motionArgs, vim);\n        }\n        if (motionArgs.toFirstChar){\n          endCh=findFirstNonWhiteSpaceCharacter(cm.getLine(line));\n          vim.lastHPos = endCh;\n        }\n        vim.lastHSPos = cm.charCoords(Pos(line, endCh),'div').left;\n        return Pos(line, endCh);\n      },\n      moveByDisplayLines: function(cm, head, motionArgs, vim) {\n        var cur = head;\n        switch (vim.lastMotion) {\n          case this.moveByDisplayLines:\n          case this.moveByScroll:\n          case this.moveByLines:\n          case this.moveToColumn:\n          case this.moveToEol:\n            break;\n          default:\n            vim.lastHSPos = cm.charCoords(cur,'div').left;\n        }\n        var repeat = motionArgs.repeat;\n        var res=cm.findPosV(cur,(motionArgs.forward ? repeat : -repeat),'line',vim.lastHSPos);\n        if (res.hitSide) {\n          if (motionArgs.forward) {\n            var lastCharCoords = cm.charCoords(res, 'div');\n            var goalCoords = { top: lastCharCoords.top + 8, left: vim.lastHSPos };\n            var res = cm.coordsChar(goalCoords, 'div');\n          } else {\n            var resCoords = cm.charCoords(Pos(cm.firstLine(), 0), 'div');\n            resCoords.left = vim.lastHSPos;\n            res = cm.coordsChar(resCoords, 'div');\n          }\n        }\n        vim.lastHPos = res.ch;\n        return res;\n      },\n      moveByPage: function(cm, head, motionArgs) {\n        // CodeMirror only exposes functions that move the cursor page down, so\n        // doing this bad hack to move the cursor and move it back. evalInput\n        // will move the cursor to where it should be in the end.\n        var curStart = head;\n        var repeat = motionArgs.repeat;\n        return cm.findPosV(curStart, (motionArgs.forward ? repeat : -repeat), 'page');\n      },\n      moveByParagraph: function(cm, head, motionArgs) {\n        var dir = motionArgs.forward ? 1 : -1;\n        return findParagraph(cm, head, motionArgs.repeat, dir);\n      },\n      moveByScroll: function(cm, head, motionArgs, vim) {\n        var scrollbox = cm.getScrollInfo();\n        var curEnd = null;\n        var repeat = motionArgs.repeat;\n        if (!repeat) {\n          repeat = scrollbox.clientHeight / (2 * cm.defaultTextHeight());\n        }\n        var orig = cm.charCoords(head, 'local');\n        motionArgs.repeat = repeat;\n        var curEnd = motions.moveByDisplayLines(cm, head, motionArgs, vim);\n        if (!curEnd) {\n          return null;\n        }\n        var dest = cm.charCoords(curEnd, 'local');\n        cm.scrollTo(null, scrollbox.top + dest.top - orig.top);\n        return curEnd;\n      },\n      moveByWords: function(cm, head, motionArgs) {\n        return moveToWord(cm, head, motionArgs.repeat, !!motionArgs.forward,\n            !!motionArgs.wordEnd, !!motionArgs.bigWord);\n      },\n      moveTillCharacter: function(cm, _head, motionArgs) {\n        var repeat = motionArgs.repeat;\n        var curEnd = moveToCharacter(cm, repeat, motionArgs.forward,\n            motionArgs.selectedCharacter);\n        var increment = motionArgs.forward ? -1 : 1;\n        recordLastCharacterSearch(increment, motionArgs);\n        if (!curEnd) return null;\n        curEnd.ch += increment;\n        return curEnd;\n      },\n      moveToCharacter: function(cm, head, motionArgs) {\n        var repeat = motionArgs.repeat;\n        recordLastCharacterSearch(0, motionArgs);\n        return moveToCharacter(cm, repeat, motionArgs.forward,\n            motionArgs.selectedCharacter) || head;\n      },\n      moveToSymbol: function(cm, head, motionArgs) {\n        var repeat = motionArgs.repeat;\n        return findSymbol(cm, repeat, motionArgs.forward,\n            motionArgs.selectedCharacter) || head;\n      },\n      moveToColumn: function(cm, head, motionArgs, vim) {\n        var repeat = motionArgs.repeat;\n        // repeat is equivalent to which column we want to move to!\n        vim.lastHPos = repeat - 1;\n        vim.lastHSPos = cm.charCoords(head,'div').left;\n        return moveToColumn(cm, repeat);\n      },\n      moveToEol: function(cm, head, motionArgs, vim) {\n        var cur = head;\n        vim.lastHPos = Infinity;\n        var retval= Pos(cur.line + motionArgs.repeat - 1, Infinity);\n        var end=cm.clipPos(retval);\n        end.ch--;\n        vim.lastHSPos = cm.charCoords(end,'div').left;\n        return retval;\n      },\n      moveToFirstNonWhiteSpaceCharacter: function(cm, head) {\n        // Go to the start of the line where the text begins, or the end for\n        // whitespace-only lines\n        var cursor = head;\n        return Pos(cursor.line,\n                   findFirstNonWhiteSpaceCharacter(cm.getLine(cursor.line)));\n      },\n      moveToMatchedSymbol: function(cm, head) {\n        var cursor = head;\n        var line = cursor.line;\n        var ch = cursor.ch;\n        var lineText = cm.getLine(line);\n        var symbol;\n        do {\n          symbol = lineText.charAt(ch++);\n          if (symbol && isMatchableSymbol(symbol)) {\n            var style = cm.getTokenTypeAt(Pos(line, ch));\n            if (style !== \"string\" && style !== \"comment\") {\n              break;\n            }\n          }\n        } while (symbol);\n        if (symbol) {\n          var matched = cm.findMatchingBracket(Pos(line, ch));\n          return matched.to;\n        } else {\n          return cursor;\n        }\n      },\n      moveToStartOfLine: function(_cm, head) {\n        return Pos(head.line, 0);\n      },\n      moveToLineOrEdgeOfDocument: function(cm, _head, motionArgs) {\n        var lineNum = motionArgs.forward ? cm.lastLine() : cm.firstLine();\n        if (motionArgs.repeatIsExplicit) {\n          lineNum = motionArgs.repeat - cm.getOption('firstLineNumber');\n        }\n        return Pos(lineNum,\n                   findFirstNonWhiteSpaceCharacter(cm.getLine(lineNum)));\n      },\n      textObjectManipulation: function(cm, head, motionArgs, vim) {\n        // TODO: lots of possible exceptions that can be thrown here. Try da(\n        //     outside of a () block.\n\n        // TODO: adding <> >< to this map doesn't work, presumably because\n        // they're operators\n        var mirroredPairs = {'(': ')', ')': '(',\n                             '{': '}', '}': '{',\n                             '[': ']', ']': '['};\n        var selfPaired = {'\\'': true, '\"': true};\n\n        var character = motionArgs.selectedCharacter;\n        // 'b' refers to  '()' block.\n        // 'B' refers to  '{}' block.\n        if (character == 'b') {\n          character = '(';\n        } else if (character == 'B') {\n          character = '{';\n        }\n\n        // Inclusive is the difference between a and i\n        // TODO: Instead of using the additional text object map to perform text\n        //     object operations, merge the map into the defaultKeyMap and use\n        //     motionArgs to define behavior. Define separate entries for 'aw',\n        //     'iw', 'a[', 'i[', etc.\n        var inclusive = !motionArgs.textObjectInner;\n\n        var tmp;\n        if (mirroredPairs[character]) {\n          tmp = selectCompanionObject(cm, head, character, inclusive);\n        } else if (selfPaired[character]) {\n          tmp = findBeginningAndEnd(cm, head, character, inclusive);\n        } else if (character === 'W') {\n          tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n                                                     true /** bigWord */);\n        } else if (character === 'w') {\n          tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n                                                     false /** bigWord */);\n        } else if (character === 'p') {\n          tmp = findParagraph(cm, head, motionArgs.repeat, 0, inclusive);\n          motionArgs.linewise = true;\n          if (vim.visualMode) {\n            if (!vim.visualLine) { vim.visualLine = true; }\n          } else {\n            var operatorArgs = vim.inputState.operatorArgs;\n            if (operatorArgs) { operatorArgs.linewise = true; }\n            tmp.end.line--;\n          }\n        } else {\n          // No text object defined for this, don't move.\n          return null;\n        }\n\n        if (!cm.state.vim.visualMode) {\n          return [tmp.start, tmp.end];\n        } else {\n          return expandSelection(cm, tmp.start, tmp.end);\n        }\n      },\n\n      repeatLastCharacterSearch: function(cm, head, motionArgs) {\n        var lastSearch = vimGlobalState.lastChararacterSearch;\n        var repeat = motionArgs.repeat;\n        var forward = motionArgs.forward === lastSearch.forward;\n        var increment = (lastSearch.increment ? 1 : 0) * (forward ? -1 : 1);\n        cm.moveH(-increment, 'char');\n        motionArgs.inclusive = forward ? true : false;\n        var curEnd = moveToCharacter(cm, repeat, forward, lastSearch.selectedCharacter);\n        if (!curEnd) {\n          cm.moveH(increment, 'char');\n          return head;\n        }\n        curEnd.ch += increment;\n        return curEnd;\n      }\n    };\n\n    function defineMotion(name, fn) {\n      motions[name] = fn;\n    }\n\n    function fillArray(val, times) {\n      var arr = [];\n      for (var i = 0; i < times; i++) {\n        arr.push(val);\n      }\n      return arr;\n    }\n    /**\n     * An operator acts on a text selection. It receives the list of selections\n     * as input. The corresponding CodeMirror selection is guaranteed to\n    * match the input selection.\n     */\n    var operators = {\n      change: function(cm, args, ranges) {\n        var finalHead, text;\n        var vim = cm.state.vim;\n        vimGlobalState.macroModeState.lastInsertModeChanges.inVisualBlock = vim.visualBlock;\n        if (!vim.visualMode) {\n          var anchor = ranges[0].anchor,\n              head = ranges[0].head;\n          text = cm.getRange(anchor, head);\n          var lastState = vim.lastEditInputState || {};\n          if (lastState.motion == \"moveByWords\" && !isWhiteSpaceString(text)) {\n            // Exclude trailing whitespace if the range is not all whitespace.\n            var match = (/\\s+$/).exec(text);\n            if (match && lastState.motionArgs && lastState.motionArgs.forward) {\n              head = offsetCursor(head, 0, - match[0].length);\n              text = text.slice(0, - match[0].length);\n            }\n          }\n          var prevLineEnd = new Pos(anchor.line - 1, Number.MAX_VALUE);\n          var wasLastLine = cm.firstLine() == cm.lastLine();\n          if (head.line > cm.lastLine() && args.linewise && !wasLastLine) {\n            cm.replaceRange('', prevLineEnd, head);\n          } else {\n            cm.replaceRange('', anchor, head);\n          }\n          if (args.linewise) {\n            // Push the next line back down, if there is a next line.\n            if (!wasLastLine) {\n              cm.setCursor(prevLineEnd);\n              CodeMirror.commands.newlineAndIndent(cm);\n            }\n            // make sure cursor ends up at the end of the line.\n            anchor.ch = Number.MAX_VALUE;\n          }\n          finalHead = anchor;\n        } else {\n          text = cm.getSelection();\n          var replacement = fillArray('', ranges.length);\n          cm.replaceSelections(replacement);\n          finalHead = cursorMin(ranges[0].head, ranges[0].anchor);\n        }\n        vimGlobalState.registerController.pushText(\n            args.registerName, 'change', text,\n            args.linewise, ranges.length > 1);\n        actions.enterInsertMode(cm, {head: finalHead}, cm.state.vim);\n      },\n      // delete is a javascript keyword.\n      'delete': function(cm, args, ranges) {\n        var finalHead, text;\n        var vim = cm.state.vim;\n        if (!vim.visualBlock) {\n          var anchor = ranges[0].anchor,\n              head = ranges[0].head;\n          if (args.linewise &&\n              head.line != cm.firstLine() &&\n              anchor.line == cm.lastLine() &&\n              anchor.line == head.line - 1) {\n            // Special case for dd on last line (and first line).\n            if (anchor.line == cm.firstLine()) {\n              anchor.ch = 0;\n            } else {\n              anchor = Pos(anchor.line - 1, lineLength(cm, anchor.line - 1));\n            }\n          }\n          text = cm.getRange(anchor, head);\n          cm.replaceRange('', anchor, head);\n          finalHead = anchor;\n          if (args.linewise) {\n            finalHead = motions.moveToFirstNonWhiteSpaceCharacter(cm, anchor);\n          }\n        } else {\n          text = cm.getSelection();\n          var replacement = fillArray('', ranges.length);\n          cm.replaceSelections(replacement);\n          finalHead = ranges[0].anchor;\n        }\n        vimGlobalState.registerController.pushText(\n            args.registerName, 'delete', text,\n            args.linewise, vim.visualBlock);\n        return clipCursorToContent(cm, finalHead);\n      },\n      indent: function(cm, args, ranges) {\n        var vim = cm.state.vim;\n        var startLine = ranges[0].anchor.line;\n        var endLine = vim.visualBlock ?\n          ranges[ranges.length - 1].anchor.line :\n          ranges[0].head.line;\n        // In visual mode, n> shifts the selection right n times, instead of\n        // shifting n lines right once.\n        var repeat = (vim.visualMode) ? args.repeat : 1;\n        if (args.linewise) {\n          // The only way to delete a newline is to delete until the start of\n          // the next line, so in linewise mode evalInput will include the next\n          // line. We don't want this in indent, so we go back a line.\n          endLine--;\n        }\n        for (var i = startLine; i <= endLine; i++) {\n          for (var j = 0; j < repeat; j++) {\n            cm.indentLine(i, args.indentRight);\n          }\n        }\n        return motions.moveToFirstNonWhiteSpaceCharacter(cm, ranges[0].anchor);\n      },\n      changeCase: function(cm, args, ranges, oldAnchor, newHead) {\n        var selections = cm.getSelections();\n        var swapped = [];\n        var toLower = args.toLower;\n        for (var j = 0; j < selections.length; j++) {\n          var toSwap = selections[j];\n          var text = '';\n          if (toLower === true) {\n            text = toSwap.toLowerCase();\n          } else if (toLower === false) {\n            text = toSwap.toUpperCase();\n          } else {\n            for (var i = 0; i < toSwap.length; i++) {\n              var character = toSwap.charAt(i);\n              text += isUpperCase(character) ? character.toLowerCase() :\n                  character.toUpperCase();\n            }\n          }\n          swapped.push(text);\n        }\n        cm.replaceSelections(swapped);\n        if (args.shouldMoveCursor){\n          return newHead;\n        } else if (!cm.state.vim.visualMode && args.linewise && ranges[0].anchor.line + 1 == ranges[0].head.line) {\n          return motions.moveToFirstNonWhiteSpaceCharacter(cm, oldAnchor);\n        } else if (args.linewise){\n          return oldAnchor;\n        } else {\n          return cursorMin(ranges[0].anchor, ranges[0].head);\n        }\n      },\n      yank: function(cm, args, ranges, oldAnchor) {\n        var vim = cm.state.vim;\n        var text = cm.getSelection();\n        var endPos = vim.visualMode\n          ? cursorMin(vim.sel.anchor, vim.sel.head, ranges[0].head, ranges[0].anchor)\n          : oldAnchor;\n        vimGlobalState.registerController.pushText(\n            args.registerName, 'yank',\n            text, args.linewise, vim.visualBlock);\n        return endPos;\n      }\n    };\n\n    function defineOperator(name, fn) {\n      operators[name] = fn;\n    }\n\n    var actions = {\n      jumpListWalk: function(cm, actionArgs, vim) {\n        if (vim.visualMode) {\n          return;\n        }\n        var repeat = actionArgs.repeat;\n        var forward = actionArgs.forward;\n        var jumpList = vimGlobalState.jumpList;\n\n        var mark = jumpList.move(cm, forward ? repeat : -repeat);\n        var markPos = mark ? mark.find() : undefined;\n        markPos = markPos ? markPos : cm.getCursor();\n        cm.setCursor(markPos);\n      },\n      scroll: function(cm, actionArgs, vim) {\n        if (vim.visualMode) {\n          return;\n        }\n        var repeat = actionArgs.repeat || 1;\n        var lineHeight = cm.defaultTextHeight();\n        var top = cm.getScrollInfo().top;\n        var delta = lineHeight * repeat;\n        var newPos = actionArgs.forward ? top + delta : top - delta;\n        var cursor = copyCursor(cm.getCursor());\n        var cursorCoords = cm.charCoords(cursor, 'local');\n        if (actionArgs.forward) {\n          if (newPos > cursorCoords.top) {\n             cursor.line += (newPos - cursorCoords.top) / lineHeight;\n             cursor.line = Math.ceil(cursor.line);\n             cm.setCursor(cursor);\n             cursorCoords = cm.charCoords(cursor, 'local');\n             cm.scrollTo(null, cursorCoords.top);\n          } else {\n             // Cursor stays within bounds.  Just reposition the scroll window.\n             cm.scrollTo(null, newPos);\n          }\n        } else {\n          var newBottom = newPos + cm.getScrollInfo().clientHeight;\n          if (newBottom < cursorCoords.bottom) {\n             cursor.line -= (cursorCoords.bottom - newBottom) / lineHeight;\n             cursor.line = Math.floor(cursor.line);\n             cm.setCursor(cursor);\n             cursorCoords = cm.charCoords(cursor, 'local');\n             cm.scrollTo(\n                 null, cursorCoords.bottom - cm.getScrollInfo().clientHeight);\n          } else {\n             // Cursor stays within bounds.  Just reposition the scroll window.\n             cm.scrollTo(null, newPos);\n          }\n        }\n      },\n      scrollToCursor: function(cm, actionArgs) {\n        var lineNum = cm.getCursor().line;\n        var charCoords = cm.charCoords(Pos(lineNum, 0), 'local');\n        var height = cm.getScrollInfo().clientHeight;\n        var y = charCoords.top;\n        var lineHeight = charCoords.bottom - y;\n        switch (actionArgs.position) {\n          case 'center': y = y - (height / 2) + lineHeight;\n            break;\n          case 'bottom': y = y - height + lineHeight;\n            break;\n        }\n        cm.scrollTo(null, y);\n      },\n      replayMacro: function(cm, actionArgs, vim) {\n        var registerName = actionArgs.selectedCharacter;\n        var repeat = actionArgs.repeat;\n        var macroModeState = vimGlobalState.macroModeState;\n        if (registerName == '@') {\n          registerName = macroModeState.latestRegister;\n        }\n        while(repeat--){\n          executeMacroRegister(cm, vim, macroModeState, registerName);\n        }\n      },\n      enterMacroRecordMode: function(cm, actionArgs) {\n        var macroModeState = vimGlobalState.macroModeState;\n        var registerName = actionArgs.selectedCharacter;\n        macroModeState.enterMacroRecordMode(cm, registerName);\n      },\n      enterInsertMode: function(cm, actionArgs, vim) {\n        if (cm.getOption('readOnly')) { return; }\n        vim.insertMode = true;\n        vim.insertModeRepeat = actionArgs && actionArgs.repeat || 1;\n        var insertAt = (actionArgs) ? actionArgs.insertAt : null;\n        var sel = vim.sel;\n        var head = actionArgs.head || cm.getCursor('head');\n        var height = cm.listSelections().length;\n        if (insertAt == 'eol') {\n          head = Pos(head.line, lineLength(cm, head.line));\n        } else if (insertAt == 'charAfter') {\n          head = offsetCursor(head, 0, 1);\n        } else if (insertAt == 'firstNonBlank') {\n          head = motions.moveToFirstNonWhiteSpaceCharacter(cm, head);\n        } else if (insertAt == 'startOfSelectedArea') {\n          if (!vim.visualBlock) {\n            if (sel.head.line < sel.anchor.line) {\n              head = sel.head;\n            } else {\n              head = Pos(sel.anchor.line, 0);\n            }\n          } else {\n            head = Pos(\n                Math.min(sel.head.line, sel.anchor.line),\n                Math.min(sel.head.ch, sel.anchor.ch));\n            height = Math.abs(sel.head.line - sel.anchor.line) + 1;\n          }\n        } else if (insertAt == 'endOfSelectedArea') {\n          if (!vim.visualBlock) {\n            if (sel.head.line >= sel.anchor.line) {\n              head = offsetCursor(sel.head, 0, 1);\n            } else {\n              head = Pos(sel.anchor.line, 0);\n            }\n          } else {\n            head = Pos(\n                Math.min(sel.head.line, sel.anchor.line),\n                Math.max(sel.head.ch + 1, sel.anchor.ch));\n            height = Math.abs(sel.head.line - sel.anchor.line) + 1;\n          }\n        } else if (insertAt == 'inplace') {\n          if (vim.visualMode){\n            return;\n          }\n        }\n        cm.setOption('keyMap', 'vim-insert');\n        cm.setOption('disableInput', false);\n        if (actionArgs && actionArgs.replace) {\n          // Handle Replace-mode as a special case of insert mode.\n          cm.toggleOverwrite(true);\n          cm.setOption('keyMap', 'vim-replace');\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"replace\"});\n        } else {\n          cm.setOption('keyMap', 'vim-insert');\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"insert\"});\n        }\n        if (!vimGlobalState.macroModeState.isPlaying) {\n          // Only record if not replaying.\n          cm.on('change', onChange);\n          CodeMirror.on(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n        }\n        if (vim.visualMode) {\n          exitVisualMode(cm);\n        }\n        selectForInsert(cm, head, height);\n      },\n      toggleVisualMode: function(cm, actionArgs, vim) {\n        var repeat = actionArgs.repeat;\n        var anchor = cm.getCursor();\n        var head;\n        // TODO: The repeat should actually select number of characters/lines\n        //     equal to the repeat times the size of the previous visual\n        //     operation.\n        if (!vim.visualMode) {\n          // Entering visual mode\n          vim.visualMode = true;\n          vim.visualLine = !!actionArgs.linewise;\n          vim.visualBlock = !!actionArgs.blockwise;\n          head = clipCursorToContent(\n              cm, Pos(anchor.line, anchor.ch + repeat - 1),\n              true /** includeLineBreak */);\n          vim.sel = {\n            anchor: anchor,\n            head: head\n          };\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : vim.visualBlock ? \"blockwise\" : \"\"});\n          updateCmSelection(cm);\n          updateMark(cm, vim, '<', cursorMin(anchor, head));\n          updateMark(cm, vim, '>', cursorMax(anchor, head));\n        } else if (vim.visualLine ^ actionArgs.linewise ||\n            vim.visualBlock ^ actionArgs.blockwise) {\n          // Toggling between modes\n          vim.visualLine = !!actionArgs.linewise;\n          vim.visualBlock = !!actionArgs.blockwise;\n          CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : vim.visualBlock ? \"blockwise\" : \"\"});\n          updateCmSelection(cm);\n        } else {\n          exitVisualMode(cm);\n        }\n      },\n      reselectLastSelection: function(cm, _actionArgs, vim) {\n        var lastSelection = vim.lastSelection;\n        if (vim.visualMode) {\n          updateLastSelection(cm, vim);\n        }\n        if (lastSelection) {\n          var anchor = lastSelection.anchorMark.find();\n          var head = lastSelection.headMark.find();\n          if (!anchor || !head) {\n            // If the marks have been destroyed due to edits, do nothing.\n            return;\n          }\n          vim.sel = {\n            anchor: anchor,\n            head: head\n          };\n          vim.visualMode = true;\n          vim.visualLine = lastSelection.visualLine;\n          vim.visualBlock = lastSelection.visualBlock;\n          updateCmSelection(cm);\n          updateMark(cm, vim, '<', cursorMin(anchor, head));\n          updateMark(cm, vim, '>', cursorMax(anchor, head));\n          CodeMirror.signal(cm, 'vim-mode-change', {\n            mode: 'visual',\n            subMode: vim.visualLine ? 'linewise' :\n                     vim.visualBlock ? 'blockwise' : ''});\n        }\n      },\n      joinLines: function(cm, actionArgs, vim) {\n        var curStart, curEnd;\n        if (vim.visualMode) {\n          curStart = cm.getCursor('anchor');\n          curEnd = cm.getCursor('head');\n          if (cursorIsBefore(curEnd, curStart)) {\n            var tmp = curEnd;\n            curEnd = curStart;\n            curStart = tmp;\n          }\n          curEnd.ch = lineLength(cm, curEnd.line) - 1;\n        } else {\n          // Repeat is the number of lines to join. Minimum 2 lines.\n          var repeat = Math.max(actionArgs.repeat, 2);\n          curStart = cm.getCursor();\n          curEnd = clipCursorToContent(cm, Pos(curStart.line + repeat - 1,\n                                               Infinity));\n        }\n        var finalCh = 0;\n        for (var i = curStart.line; i < curEnd.line; i++) {\n          finalCh = lineLength(cm, curStart.line);\n          var tmp = Pos(curStart.line + 1,\n                        lineLength(cm, curStart.line + 1));\n          var text = cm.getRange(curStart, tmp);\n          text = text.replace(/\\n\\s*/g, ' ');\n          cm.replaceRange(text, curStart, tmp);\n        }\n        var curFinalPos = Pos(curStart.line, finalCh);\n        if (vim.visualMode) {\n          exitVisualMode(cm, false);\n        }\n        cm.setCursor(curFinalPos);\n      },\n      newLineAndEnterInsertMode: function(cm, actionArgs, vim) {\n        vim.insertMode = true;\n        var insertAt = copyCursor(cm.getCursor());\n        if (insertAt.line === cm.firstLine() && !actionArgs.after) {\n          // Special case for inserting newline before start of document.\n          cm.replaceRange('\\n', Pos(cm.firstLine(), 0));\n          cm.setCursor(cm.firstLine(), 0);\n        } else {\n          insertAt.line = (actionArgs.after) ? insertAt.line :\n              insertAt.line - 1;\n          insertAt.ch = lineLength(cm, insertAt.line);\n          cm.setCursor(insertAt);\n          var newlineFn = CodeMirror.commands.newlineAndIndentContinueComment ||\n              CodeMirror.commands.newlineAndIndent;\n          newlineFn(cm);\n        }\n        this.enterInsertMode(cm, { repeat: actionArgs.repeat }, vim);\n      },\n      paste: function(cm, actionArgs, vim) {\n        var cur = copyCursor(cm.getCursor());\n        var register = vimGlobalState.registerController.getRegister(\n            actionArgs.registerName);\n        var text = register.toString();\n        if (!text) {\n          return;\n        }\n        if (actionArgs.matchIndent) {\n          var tabSize = cm.getOption(\"tabSize\");\n          // length that considers tabs and tabSize\n          var whitespaceLength = function(str) {\n            var tabs = (str.split(\"\\t\").length - 1);\n            var spaces = (str.split(\" \").length - 1);\n            return tabs * tabSize + spaces * 1;\n          };\n          var currentLine = cm.getLine(cm.getCursor().line);\n          var indent = whitespaceLength(currentLine.match(/^\\s*/)[0]);\n          // chomp last newline b/c don't want it to match /^\\s*/gm\n          var chompedText = text.replace(/\\n$/, '');\n          var wasChomped = text !== chompedText;\n          var firstIndent = whitespaceLength(text.match(/^\\s*/)[0]);\n          var text = chompedText.replace(/^\\s*/gm, function(wspace) {\n            var newIndent = indent + (whitespaceLength(wspace) - firstIndent);\n            if (newIndent < 0) {\n              return \"\";\n            }\n            else if (cm.getOption(\"indentWithTabs\")) {\n              var quotient = Math.floor(newIndent / tabSize);\n              return Array(quotient + 1).join('\\t');\n            }\n            else {\n              return Array(newIndent + 1).join(' ');\n            }\n          });\n          text += wasChomped ? \"\\n\" : \"\";\n        }\n        if (actionArgs.repeat > 1) {\n          var text = Array(actionArgs.repeat + 1).join(text);\n        }\n        var linewise = register.linewise;\n        var blockwise = register.blockwise;\n        if (linewise) {\n          if(vim.visualMode) {\n            text = vim.visualLine ? text.slice(0, -1) : '\\n' + text.slice(0, text.length - 1) + '\\n';\n          } else if (actionArgs.after) {\n            // Move the newline at the end to the start instead, and paste just\n            // before the newline character of the line we are on right now.\n            text = '\\n' + text.slice(0, text.length - 1);\n            cur.ch = lineLength(cm, cur.line);\n          } else {\n            cur.ch = 0;\n          }\n        } else {\n          if (blockwise) {\n            text = text.split('\\n');\n            for (var i = 0; i < text.length; i++) {\n              text[i] = (text[i] == '') ? ' ' : text[i];\n            }\n          }\n          cur.ch += actionArgs.after ? 1 : 0;\n        }\n        var curPosFinal;\n        var idx;\n        if (vim.visualMode) {\n          //  save the pasted text for reselection if the need arises\n          vim.lastPastedText = text;\n          var lastSelectionCurEnd;\n          var selectedArea = getSelectedAreaRange(cm, vim);\n          var selectionStart = selectedArea[0];\n          var selectionEnd = selectedArea[1];\n          var selectedText = cm.getSelection();\n          var selections = cm.listSelections();\n          var emptyStrings = new Array(selections.length).join('1').split('1');\n          // save the curEnd marker before it get cleared due to cm.replaceRange.\n          if (vim.lastSelection) {\n            lastSelectionCurEnd = vim.lastSelection.headMark.find();\n          }\n          // push the previously selected text to unnamed register\n          vimGlobalState.registerController.unnamedRegister.setText(selectedText);\n          if (blockwise) {\n            // first delete the selected text\n            cm.replaceSelections(emptyStrings);\n            // Set new selections as per the block length of the yanked text\n            selectionEnd = Pos(selectionStart.line + text.length-1, selectionStart.ch);\n            cm.setCursor(selectionStart);\n            selectBlock(cm, selectionEnd);\n            cm.replaceSelections(text);\n            curPosFinal = selectionStart;\n          } else if (vim.visualBlock) {\n            cm.replaceSelections(emptyStrings);\n            cm.setCursor(selectionStart);\n            cm.replaceRange(text, selectionStart, selectionStart);\n            curPosFinal = selectionStart;\n          } else {\n            cm.replaceRange(text, selectionStart, selectionEnd);\n            curPosFinal = cm.posFromIndex(cm.indexFromPos(selectionStart) + text.length - 1);\n          }\n          // restore the the curEnd marker\n          if(lastSelectionCurEnd) {\n            vim.lastSelection.headMark = cm.setBookmark(lastSelectionCurEnd);\n          }\n          if (linewise) {\n            curPosFinal.ch=0;\n          }\n        } else {\n          if (blockwise) {\n            cm.setCursor(cur);\n            for (var i = 0; i < text.length; i++) {\n              var line = cur.line+i;\n              if (line > cm.lastLine()) {\n                cm.replaceRange('\\n',  Pos(line, 0));\n              }\n              var lastCh = lineLength(cm, line);\n              if (lastCh < cur.ch) {\n                extendLineToColumn(cm, line, cur.ch);\n              }\n            }\n            cm.setCursor(cur);\n            selectBlock(cm, Pos(cur.line + text.length-1, cur.ch));\n            cm.replaceSelections(text);\n            curPosFinal = cur;\n          } else {\n            cm.replaceRange(text, cur);\n            // Now fine tune the cursor to where we want it.\n            if (linewise && actionArgs.after) {\n              curPosFinal = Pos(\n              cur.line + 1,\n              findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line + 1)));\n            } else if (linewise && !actionArgs.after) {\n              curPosFinal = Pos(\n                cur.line,\n                findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line)));\n            } else if (!linewise && actionArgs.after) {\n              idx = cm.indexFromPos(cur);\n              curPosFinal = cm.posFromIndex(idx + text.length - 1);\n            } else {\n              idx = cm.indexFromPos(cur);\n              curPosFinal = cm.posFromIndex(idx + text.length);\n            }\n          }\n        }\n        if (vim.visualMode) {\n          exitVisualMode(cm, false);\n        }\n        cm.setCursor(curPosFinal);\n      },\n      undo: function(cm, actionArgs) {\n        cm.operation(function() {\n          repeatFn(cm, CodeMirror.commands.undo, actionArgs.repeat)();\n          cm.setCursor(cm.getCursor('anchor'));\n        });\n      },\n      redo: function(cm, actionArgs) {\n        repeatFn(cm, CodeMirror.commands.redo, actionArgs.repeat)();\n      },\n      setRegister: function(_cm, actionArgs, vim) {\n        vim.inputState.registerName = actionArgs.selectedCharacter;\n      },\n      setMark: function(cm, actionArgs, vim) {\n        var markName = actionArgs.selectedCharacter;\n        updateMark(cm, vim, markName, cm.getCursor());\n      },\n      replace: function(cm, actionArgs, vim) {\n        var replaceWith = actionArgs.selectedCharacter;\n        var curStart = cm.getCursor();\n        var replaceTo;\n        var curEnd;\n        var selections = cm.listSelections();\n        if (vim.visualMode) {\n          curStart = cm.getCursor('start');\n          curEnd = cm.getCursor('end');\n        } else {\n          var line = cm.getLine(curStart.line);\n          replaceTo = curStart.ch + actionArgs.repeat;\n          if (replaceTo > line.length) {\n            replaceTo=line.length;\n          }\n          curEnd = Pos(curStart.line, replaceTo);\n        }\n        if (replaceWith=='\\n') {\n          if (!vim.visualMode) cm.replaceRange('', curStart, curEnd);\n          // special case, where vim help says to replace by just one line-break\n          (CodeMirror.commands.newlineAndIndentContinueComment || CodeMirror.commands.newlineAndIndent)(cm);\n        } else {\n          var replaceWithStr = cm.getRange(curStart, curEnd);\n          //replace all characters in range by selected, but keep linebreaks\n          replaceWithStr = replaceWithStr.replace(/[^\\n]/g, replaceWith);\n          if (vim.visualBlock) {\n            // Tabs are split in visua block before replacing\n            var spaces = new Array(cm.getOption(\"tabSize\")+1).join(' ');\n            replaceWithStr = cm.getSelection();\n            replaceWithStr = replaceWithStr.replace(/\\t/g, spaces).replace(/[^\\n]/g, replaceWith).split('\\n');\n            cm.replaceSelections(replaceWithStr);\n          } else {\n            cm.replaceRange(replaceWithStr, curStart, curEnd);\n          }\n          if (vim.visualMode) {\n            curStart = cursorIsBefore(selections[0].anchor, selections[0].head) ?\n                         selections[0].anchor : selections[0].head;\n            cm.setCursor(curStart);\n            exitVisualMode(cm, false);\n          } else {\n            cm.setCursor(offsetCursor(curEnd, 0, -1));\n          }\n        }\n      },\n      incrementNumberToken: function(cm, actionArgs) {\n        var cur = cm.getCursor();\n        var lineStr = cm.getLine(cur.line);\n        var re = /-?\\d+/g;\n        var match;\n        var start;\n        var end;\n        var numberStr;\n        var token;\n        while ((match = re.exec(lineStr)) !== null) {\n          token = match[0];\n          start = match.index;\n          end = start + token.length;\n          if (cur.ch < end)break;\n        }\n        if (!actionArgs.backtrack && (end <= cur.ch))return;\n        if (token) {\n          var increment = actionArgs.increase ? 1 : -1;\n          var number = parseInt(token) + (increment * actionArgs.repeat);\n          var from = Pos(cur.line, start);\n          var to = Pos(cur.line, end);\n          numberStr = number.toString();\n          cm.replaceRange(numberStr, from, to);\n        } else {\n          return;\n        }\n        cm.setCursor(Pos(cur.line, start + numberStr.length - 1));\n      },\n      repeatLastEdit: function(cm, actionArgs, vim) {\n        var lastEditInputState = vim.lastEditInputState;\n        if (!lastEditInputState) { return; }\n        var repeat = actionArgs.repeat;\n        if (repeat && actionArgs.repeatIsExplicit) {\n          vim.lastEditInputState.repeatOverride = repeat;\n        } else {\n          repeat = vim.lastEditInputState.repeatOverride || repeat;\n        }\n        repeatLastEdit(cm, vim, repeat, false /** repeatForInsert */);\n      },\n      exitInsertMode: exitInsertMode\n    };\n\n    function defineAction(name, fn) {\n      actions[name] = fn;\n    }\n\n    /*\n     * Below are miscellaneous utility functions used by vim.js\n     */\n\n    /**\n     * Clips cursor to ensure that line is within the buffer's range\n     * If includeLineBreak is true, then allow cur.ch == lineLength.\n     */\n    function clipCursorToContent(cm, cur, includeLineBreak) {\n      var line = Math.min(Math.max(cm.firstLine(), cur.line), cm.lastLine() );\n      var maxCh = lineLength(cm, line) - 1;\n      maxCh = (includeLineBreak) ? maxCh + 1 : maxCh;\n      var ch = Math.min(Math.max(0, cur.ch), maxCh);\n      return Pos(line, ch);\n    }\n    function copyArgs(args) {\n      var ret = {};\n      for (var prop in args) {\n        if (args.hasOwnProperty(prop)) {\n          ret[prop] = args[prop];\n        }\n      }\n      return ret;\n    }\n    function offsetCursor(cur, offsetLine, offsetCh) {\n      if (typeof offsetLine === 'object') {\n        offsetCh = offsetLine.ch;\n        offsetLine = offsetLine.line;\n      }\n      return Pos(cur.line + offsetLine, cur.ch + offsetCh);\n    }\n    function getOffset(anchor, head) {\n      return {\n        line: head.line - anchor.line,\n        ch: head.line - anchor.line\n      };\n    }\n    function commandMatches(keys, keyMap, context, inputState) {\n      // Partial matches are not applied. They inform the key handler\n      // that the current key sequence is a subsequence of a valid key\n      // sequence, so that the key buffer is not cleared.\n      var match, partial = [], full = [];\n      for (var i = 0; i < keyMap.length; i++) {\n        var command = keyMap[i];\n        if (context == 'insert' && command.context != 'insert' ||\n            command.context && command.context != context ||\n            inputState.operator && command.type == 'action' ||\n            !(match = commandMatch(keys, command.keys))) { continue; }\n        if (match == 'partial') { partial.push(command); }\n        if (match == 'full') { full.push(command); }\n      }\n      return {\n        partial: partial.length && partial,\n        full: full.length && full\n      };\n    }\n    function commandMatch(pressed, mapped) {\n      if (mapped.slice(-11) == '<character>') {\n        // Last character matches anything.\n        var prefixLen = mapped.length - 11;\n        var pressedPrefix = pressed.slice(0, prefixLen);\n        var mappedPrefix = mapped.slice(0, prefixLen);\n        return pressedPrefix == mappedPrefix && pressed.length > prefixLen ? 'full' :\n               mappedPrefix.indexOf(pressedPrefix) == 0 ? 'partial' : false;\n      } else {\n        return pressed == mapped ? 'full' :\n               mapped.indexOf(pressed) == 0 ? 'partial' : false;\n      }\n    }\n    function lastChar(keys) {\n      var match = /^.*(<[\\w\\-]+>)$/.exec(keys);\n      var selectedCharacter = match ? match[1] : keys.slice(-1);\n      if (selectedCharacter.length > 1){\n        switch(selectedCharacter){\n          case '<CR>':\n            selectedCharacter='\\n';\n            break;\n          case '<Space>':\n            selectedCharacter=' ';\n            break;\n          default:\n            break;\n        }\n      }\n      return selectedCharacter;\n    }\n    function repeatFn(cm, fn, repeat) {\n      return function() {\n        for (var i = 0; i < repeat; i++) {\n          fn(cm);\n        }\n      };\n    }\n    function copyCursor(cur) {\n      return Pos(cur.line, cur.ch);\n    }\n    function cursorEqual(cur1, cur2) {\n      return cur1.ch == cur2.ch && cur1.line == cur2.line;\n    }\n    function cursorIsBefore(cur1, cur2) {\n      if (cur1.line < cur2.line) {\n        return true;\n      }\n      if (cur1.line == cur2.line && cur1.ch < cur2.ch) {\n        return true;\n      }\n      return false;\n    }\n    function cursorMin(cur1, cur2) {\n      if (arguments.length > 2) {\n        cur2 = cursorMin.apply(undefined, Array.prototype.slice.call(arguments, 1));\n      }\n      return cursorIsBefore(cur1, cur2) ? cur1 : cur2;\n    }\n    function cursorMax(cur1, cur2) {\n      if (arguments.length > 2) {\n        cur2 = cursorMax.apply(undefined, Array.prototype.slice.call(arguments, 1));\n      }\n      return cursorIsBefore(cur1, cur2) ? cur2 : cur1;\n    }\n    function cursorIsBetween(cur1, cur2, cur3) {\n      // returns true if cur2 is between cur1 and cur3.\n      var cur1before2 = cursorIsBefore(cur1, cur2);\n      var cur2before3 = cursorIsBefore(cur2, cur3);\n      return cur1before2 && cur2before3;\n    }\n    function lineLength(cm, lineNum) {\n      return cm.getLine(lineNum).length;\n    }\n    function trim(s) {\n      if (s.trim) {\n        return s.trim();\n      }\n      return s.replace(/^\\s+|\\s+$/g, '');\n    }\n    function escapeRegex(s) {\n      return s.replace(/([.?*+$\\[\\]\\/\\\\(){}|\\-])/g, '\\\\$1');\n    }\n    function extendLineToColumn(cm, lineNum, column) {\n      var endCh = lineLength(cm, lineNum);\n      var spaces = new Array(column-endCh+1).join(' ');\n      cm.setCursor(Pos(lineNum, endCh));\n      cm.replaceRange(spaces, cm.getCursor());\n    }\n    // This functions selects a rectangular block\n    // of text with selectionEnd as any of its corner\n    // Height of block:\n    // Difference in selectionEnd.line and first/last selection.line\n    // Width of the block:\n    // Distance between selectionEnd.ch and any(first considered here) selection.ch\n    function selectBlock(cm, selectionEnd) {\n      var selections = [], ranges = cm.listSelections();\n      var head = copyCursor(cm.clipPos(selectionEnd));\n      var isClipped = !cursorEqual(selectionEnd, head);\n      var curHead = cm.getCursor('head');\n      var primIndex = getIndex(ranges, curHead);\n      var wasClipped = cursorEqual(ranges[primIndex].head, ranges[primIndex].anchor);\n      var max = ranges.length - 1;\n      var index = max - primIndex > primIndex ? max : 0;\n      var base = ranges[index].anchor;\n\n      var firstLine = Math.min(base.line, head.line);\n      var lastLine = Math.max(base.line, head.line);\n      var baseCh = base.ch, headCh = head.ch;\n\n      var dir = ranges[index].head.ch - baseCh;\n      var newDir = headCh - baseCh;\n      if (dir > 0 && newDir <= 0) {\n        baseCh++;\n        if (!isClipped) { headCh--; }\n      } else if (dir < 0 && newDir >= 0) {\n        baseCh--;\n        if (!wasClipped) { headCh++; }\n      } else if (dir < 0 && newDir == -1) {\n        baseCh--;\n        headCh++;\n      }\n      for (var line = firstLine; line <= lastLine; line++) {\n        var range = {anchor: new Pos(line, baseCh), head: new Pos(line, headCh)};\n        selections.push(range);\n      }\n      primIndex = head.line == lastLine ? selections.length - 1 : 0;\n      cm.setSelections(selections);\n      selectionEnd.ch = headCh;\n      base.ch = baseCh;\n      return base;\n    }\n    function selectForInsert(cm, head, height) {\n      var sel = [];\n      for (var i = 0; i < height; i++) {\n        var lineHead = offsetCursor(head, i, 0);\n        sel.push({anchor: lineHead, head: lineHead});\n      }\n      cm.setSelections(sel, 0);\n    }\n    // getIndex returns the index of the cursor in the selections.\n    function getIndex(ranges, cursor, end) {\n      for (var i = 0; i < ranges.length; i++) {\n        var atAnchor = end != 'head' && cursorEqual(ranges[i].anchor, cursor);\n        var atHead = end != 'anchor' && cursorEqual(ranges[i].head, cursor);\n        if (atAnchor || atHead) {\n          return i;\n        }\n      }\n      return -1;\n    }\n    function getSelectedAreaRange(cm, vim) {\n      var lastSelection = vim.lastSelection;\n      var getCurrentSelectedAreaRange = function() {\n        var selections = cm.listSelections();\n        var start =  selections[0];\n        var end = selections[selections.length-1];\n        var selectionStart = cursorIsBefore(start.anchor, start.head) ? start.anchor : start.head;\n        var selectionEnd = cursorIsBefore(end.anchor, end.head) ? end.head : end.anchor;\n        return [selectionStart, selectionEnd];\n      };\n      var getLastSelectedAreaRange = function() {\n        var selectionStart = cm.getCursor();\n        var selectionEnd = cm.getCursor();\n        var block = lastSelection.visualBlock;\n        if (block) {\n          var width = block.width;\n          var height = block.height;\n          selectionEnd = Pos(selectionStart.line + height, selectionStart.ch + width);\n          var selections = [];\n          // selectBlock creates a 'proper' rectangular block.\n          // We do not want that in all cases, so we manually set selections.\n          for (var i = selectionStart.line; i < selectionEnd.line; i++) {\n            var anchor = Pos(i, selectionStart.ch);\n            var head = Pos(i, selectionEnd.ch);\n            var range = {anchor: anchor, head: head};\n            selections.push(range);\n          }\n          cm.setSelections(selections);\n        } else {\n          var start = lastSelection.anchorMark.find();\n          var end = lastSelection.headMark.find();\n          var line = end.line - start.line;\n          var ch = end.ch - start.ch;\n          selectionEnd = {line: selectionEnd.line + line, ch: line ? selectionEnd.ch : ch + selectionEnd.ch};\n          if (lastSelection.visualLine) {\n            selectionStart = Pos(selectionStart.line, 0);\n            selectionEnd = Pos(selectionEnd.line, lineLength(cm, selectionEnd.line));\n          }\n          cm.setSelection(selectionStart, selectionEnd);\n        }\n        return [selectionStart, selectionEnd];\n      };\n      if (!vim.visualMode) {\n      // In case of replaying the action.\n        return getLastSelectedAreaRange();\n      } else {\n        return getCurrentSelectedAreaRange();\n      }\n    }\n    // Updates the previous selection with the current selection's values. This\n    // should only be called in visual mode.\n    function updateLastSelection(cm, vim) {\n      var anchor = vim.sel.anchor;\n      var head = vim.sel.head;\n      // To accommodate the effect of lastPastedText in the last selection\n      if (vim.lastPastedText) {\n        head = cm.posFromIndex(cm.indexFromPos(anchor) + vim.lastPastedText.length);\n        vim.lastPastedText = null;\n      }\n      vim.lastSelection = {'anchorMark': cm.setBookmark(anchor),\n                           'headMark': cm.setBookmark(head),\n                           'anchor': copyCursor(anchor),\n                           'head': copyCursor(head),\n                           'visualMode': vim.visualMode,\n                           'visualLine': vim.visualLine,\n                           'visualBlock': vim.visualBlock};\n    }\n    function expandSelection(cm, start, end) {\n      var sel = cm.state.vim.sel;\n      var head = sel.head;\n      var anchor = sel.anchor;\n      var tmp;\n      if (cursorIsBefore(end, start)) {\n        tmp = end;\n        end = start;\n        start = tmp;\n      }\n      if (cursorIsBefore(head, anchor)) {\n        head = cursorMin(start, head);\n        anchor = cursorMax(anchor, end);\n      } else {\n        anchor = cursorMin(start, anchor);\n        head = cursorMax(head, end);\n        head = offsetCursor(head, 0, -1);\n        if (head.ch == -1 && head.line != cm.firstLine()) {\n          head = Pos(head.line - 1, lineLength(cm, head.line - 1));\n        }\n      }\n      return [anchor, head];\n    }\n    /**\n     * Updates the CodeMirror selection to match the provided vim selection.\n     * If no arguments are given, it uses the current vim selection state.\n     */\n    function updateCmSelection(cm, sel, mode) {\n      var vim = cm.state.vim;\n      sel = sel || vim.sel;\n      var mode = mode ||\n        vim.visualLine ? 'line' : vim.visualBlock ? 'block' : 'char';\n      var cmSel = makeCmSelection(cm, sel, mode);\n      cm.setSelections(cmSel.ranges, cmSel.primary);\n      updateFakeCursor(cm);\n    }\n    function makeCmSelection(cm, sel, mode, exclusive) {\n      var head = copyCursor(sel.head);\n      var anchor = copyCursor(sel.anchor);\n      if (mode == 'char') {\n        var headOffset = !exclusive && !cursorIsBefore(sel.head, sel.anchor) ? 1 : 0;\n        var anchorOffset = cursorIsBefore(sel.head, sel.anchor) ? 1 : 0;\n        head = offsetCursor(sel.head, 0, headOffset);\n        anchor = offsetCursor(sel.anchor, 0, anchorOffset);\n        return {\n          ranges: [{anchor: anchor, head: head}],\n          primary: 0\n        };\n      } else if (mode == 'line') {\n        if (!cursorIsBefore(sel.head, sel.anchor)) {\n          anchor.ch = 0;\n\n          var lastLine = cm.lastLine();\n          if (head.line > lastLine) {\n            head.line = lastLine;\n          }\n          head.ch = lineLength(cm, head.line);\n        } else {\n          head.ch = 0;\n          anchor.ch = lineLength(cm, anchor.line);\n        }\n        return {\n          ranges: [{anchor: anchor, head: head}],\n          primary: 0\n        };\n      } else if (mode == 'block') {\n        var top = Math.min(anchor.line, head.line),\n            left = Math.min(anchor.ch, head.ch),\n            bottom = Math.max(anchor.line, head.line),\n            right = Math.max(anchor.ch, head.ch) + 1;\n        var height = bottom - top + 1;\n        var primary = head.line == top ? 0 : height - 1;\n        var ranges = [];\n        for (var i = 0; i < height; i++) {\n          ranges.push({\n            anchor: Pos(top + i, left),\n            head: Pos(top + i, right)\n          });\n        }\n        return {\n          ranges: ranges,\n          primary: primary\n        };\n      }\n    }\n    function getHead(cm) {\n      var cur = cm.getCursor('head');\n      if (cm.getSelection().length == 1) {\n        // Small corner case when only 1 character is selected. The \"real\"\n        // head is the left of head and anchor.\n        cur = cursorMin(cur, cm.getCursor('anchor'));\n      }\n      return cur;\n    }\n\n    /**\n     * If moveHead is set to false, the CodeMirror selection will not be\n     * touched. The caller assumes the responsibility of putting the cursor\n    * in the right place.\n     */\n    function exitVisualMode(cm, moveHead) {\n      var vim = cm.state.vim;\n      if (moveHead !== false) {\n        cm.setCursor(clipCursorToContent(cm, vim.sel.head));\n      }\n      updateLastSelection(cm, vim);\n      vim.visualMode = false;\n      vim.visualLine = false;\n      vim.visualBlock = false;\n      CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n      if (vim.fakeCursor) {\n        vim.fakeCursor.clear();\n      }\n    }\n\n    // Remove any trailing newlines from the selection. For\n    // example, with the caret at the start of the last word on the line,\n    // 'dw' should word, but not the newline, while 'w' should advance the\n    // caret to the first character of the next line.\n    function clipToLine(cm, curStart, curEnd) {\n      var selection = cm.getRange(curStart, curEnd);\n      // Only clip if the selection ends with trailing newline + whitespace\n      if (/\\n\\s*$/.test(selection)) {\n        var lines = selection.split('\\n');\n        // We know this is all whitepsace.\n        lines.pop();\n\n        // Cases:\n        // 1. Last word is an empty line - do not clip the trailing '\\n'\n        // 2. Last word is not an empty line - clip the trailing '\\n'\n        var line;\n        // Find the line containing the last word, and clip all whitespace up\n        // to it.\n        for (var line = lines.pop(); lines.length > 0 && line && isWhiteSpaceString(line); line = lines.pop()) {\n          curEnd.line--;\n          curEnd.ch = 0;\n        }\n        // If the last word is not an empty line, clip an additional newline\n        if (line) {\n          curEnd.line--;\n          curEnd.ch = lineLength(cm, curEnd.line);\n        } else {\n          curEnd.ch = 0;\n        }\n      }\n    }\n\n    // Expand the selection to line ends.\n    function expandSelectionToLine(_cm, curStart, curEnd) {\n      curStart.ch = 0;\n      curEnd.ch = 0;\n      curEnd.line++;\n    }\n\n    function findFirstNonWhiteSpaceCharacter(text) {\n      if (!text) {\n        return 0;\n      }\n      var firstNonWS = text.search(/\\S/);\n      return firstNonWS == -1 ? text.length : firstNonWS;\n    }\n\n    function expandWordUnderCursor(cm, inclusive, _forward, bigWord, noSymbol) {\n      var cur = getHead(cm);\n      var line = cm.getLine(cur.line);\n      var idx = cur.ch;\n\n      // Seek to first word or non-whitespace character, depending on if\n      // noSymbol is true.\n      var test = noSymbol ? wordCharTest[0] : bigWordCharTest [0];\n      while (!test(line.charAt(idx))) {\n        idx++;\n        if (idx >= line.length) { return null; }\n      }\n\n      if (bigWord) {\n        test = bigWordCharTest[0];\n      } else {\n        test = wordCharTest[0];\n        if (!test(line.charAt(idx))) {\n          test = wordCharTest[1];\n        }\n      }\n\n      var end = idx, start = idx;\n      while (test(line.charAt(end)) && end < line.length) { end++; }\n      while (test(line.charAt(start)) && start >= 0) { start--; }\n      start++;\n\n      if (inclusive) {\n        // If present, include all whitespace after word.\n        // Otherwise, include all whitespace before word, except indentation.\n        var wordEnd = end;\n        while (/\\s/.test(line.charAt(end)) && end < line.length) { end++; }\n        if (wordEnd == end) {\n          var wordStart = start;\n          while (/\\s/.test(line.charAt(start - 1)) && start > 0) { start--; }\n          if (!start) { start = wordStart; }\n        }\n      }\n      return { start: Pos(cur.line, start), end: Pos(cur.line, end) };\n    }\n\n    function recordJumpPosition(cm, oldCur, newCur) {\n      if (!cursorEqual(oldCur, newCur)) {\n        vimGlobalState.jumpList.add(cm, oldCur, newCur);\n      }\n    }\n\n    function recordLastCharacterSearch(increment, args) {\n        vimGlobalState.lastChararacterSearch.increment = increment;\n        vimGlobalState.lastChararacterSearch.forward = args.forward;\n        vimGlobalState.lastChararacterSearch.selectedCharacter = args.selectedCharacter;\n    }\n\n    var symbolToMode = {\n        '(': 'bracket', ')': 'bracket', '{': 'bracket', '}': 'bracket',\n        '[': 'section', ']': 'section',\n        '*': 'comment', '/': 'comment',\n        'm': 'method', 'M': 'method',\n        '#': 'preprocess'\n    };\n    var findSymbolModes = {\n      bracket: {\n        isComplete: function(state) {\n          if (state.nextCh === state.symb) {\n            state.depth++;\n            if (state.depth >= 1)return true;\n          } else if (state.nextCh === state.reverseSymb) {\n            state.depth--;\n          }\n          return false;\n        }\n      },\n      section: {\n        init: function(state) {\n          state.curMoveThrough = true;\n          state.symb = (state.forward ? ']' : '[') === state.symb ? '{' : '}';\n        },\n        isComplete: function(state) {\n          return state.index === 0 && state.nextCh === state.symb;\n        }\n      },\n      comment: {\n        isComplete: function(state) {\n          var found = state.lastCh === '*' && state.nextCh === '/';\n          state.lastCh = state.nextCh;\n          return found;\n        }\n      },\n      // TODO: The original Vim implementation only operates on level 1 and 2.\n      // The current implementation doesn't check for code block level and\n      // therefore it operates on any levels.\n      method: {\n        init: function(state) {\n          state.symb = (state.symb === 'm' ? '{' : '}');\n          state.reverseSymb = state.symb === '{' ? '}' : '{';\n        },\n        isComplete: function(state) {\n          if (state.nextCh === state.symb)return true;\n          return false;\n        }\n      },\n      preprocess: {\n        init: function(state) {\n          state.index = 0;\n        },\n        isComplete: function(state) {\n          if (state.nextCh === '#') {\n            var token = state.lineText.match(/#(\\w+)/)[1];\n            if (token === 'endif') {\n              if (state.forward && state.depth === 0) {\n                return true;\n              }\n              state.depth++;\n            } else if (token === 'if') {\n              if (!state.forward && state.depth === 0) {\n                return true;\n              }\n              state.depth--;\n            }\n            if (token === 'else' && state.depth === 0)return true;\n          }\n          return false;\n        }\n      }\n    };\n    function findSymbol(cm, repeat, forward, symb) {\n      var cur = copyCursor(cm.getCursor());\n      var increment = forward ? 1 : -1;\n      var endLine = forward ? cm.lineCount() : -1;\n      var curCh = cur.ch;\n      var line = cur.line;\n      var lineText = cm.getLine(line);\n      var state = {\n        lineText: lineText,\n        nextCh: lineText.charAt(curCh),\n        lastCh: null,\n        index: curCh,\n        symb: symb,\n        reverseSymb: (forward ?  { ')': '(', '}': '{' } : { '(': ')', '{': '}' })[symb],\n        forward: forward,\n        depth: 0,\n        curMoveThrough: false\n      };\n      var mode = symbolToMode[symb];\n      if (!mode)return cur;\n      var init = findSymbolModes[mode].init;\n      var isComplete = findSymbolModes[mode].isComplete;\n      if (init) { init(state); }\n      while (line !== endLine && repeat) {\n        state.index += increment;\n        state.nextCh = state.lineText.charAt(state.index);\n        if (!state.nextCh) {\n          line += increment;\n          state.lineText = cm.getLine(line) || '';\n          if (increment > 0) {\n            state.index = 0;\n          } else {\n            var lineLen = state.lineText.length;\n            state.index = (lineLen > 0) ? (lineLen-1) : 0;\n          }\n          state.nextCh = state.lineText.charAt(state.index);\n        }\n        if (isComplete(state)) {\n          cur.line = line;\n          cur.ch = state.index;\n          repeat--;\n        }\n      }\n      if (state.nextCh || state.curMoveThrough) {\n        return Pos(line, state.index);\n      }\n      return cur;\n    }\n\n    /**\n     * Returns the boundaries of the next word. If the cursor in the middle of\n     * the word, then returns the boundaries of the current word, starting at\n     * the cursor. If the cursor is at the start/end of a word, and we are going\n     * forward/backward, respectively, find the boundaries of the next word.\n     *\n     * @param {CodeMirror} cm CodeMirror object.\n     * @param {Cursor} cur The cursor position.\n     * @param {boolean} forward True to search forward. False to search\n     *     backward.\n     * @param {boolean} bigWord True if punctuation count as part of the word.\n     *     False if only [a-zA-Z0-9] characters count as part of the word.\n     * @param {boolean} emptyLineIsWord True if empty lines should be treated\n     *     as words.\n     * @return {Object{from:number, to:number, line: number}} The boundaries of\n     *     the word, or null if there are no more words.\n     */\n    function findWord(cm, cur, forward, bigWord, emptyLineIsWord) {\n      var lineNum = cur.line;\n      var pos = cur.ch;\n      var line = cm.getLine(lineNum);\n      var dir = forward ? 1 : -1;\n      var charTests = bigWord ? bigWordCharTest: wordCharTest;\n\n      if (emptyLineIsWord && line == '') {\n        lineNum += dir;\n        line = cm.getLine(lineNum);\n        if (!isLine(cm, lineNum)) {\n          return null;\n        }\n        pos = (forward) ? 0 : line.length;\n      }\n\n      while (true) {\n        if (emptyLineIsWord && line == '') {\n          return { from: 0, to: 0, line: lineNum };\n        }\n        var stop = (dir > 0) ? line.length : -1;\n        var wordStart = stop, wordEnd = stop;\n        // Find bounds of next word.\n        while (pos != stop) {\n          var foundWord = false;\n          for (var i = 0; i < charTests.length && !foundWord; ++i) {\n            if (charTests[i](line.charAt(pos))) {\n              wordStart = pos;\n              // Advance to end of word.\n              while (pos != stop && charTests[i](line.charAt(pos))) {\n                pos += dir;\n              }\n              wordEnd = pos;\n              foundWord = wordStart != wordEnd;\n              if (wordStart == cur.ch && lineNum == cur.line &&\n                  wordEnd == wordStart + dir) {\n                // We started at the end of a word. Find the next one.\n                continue;\n              } else {\n                return {\n                  from: Math.min(wordStart, wordEnd + 1),\n                  to: Math.max(wordStart, wordEnd),\n                  line: lineNum };\n              }\n            }\n          }\n          if (!foundWord) {\n            pos += dir;\n          }\n        }\n        // Advance to next/prev line.\n        lineNum += dir;\n        if (!isLine(cm, lineNum)) {\n          return null;\n        }\n        line = cm.getLine(lineNum);\n        pos = (dir > 0) ? 0 : line.length;\n      }\n      // Should never get here.\n      throw new Error('The impossible happened.');\n    }\n\n    /**\n     * @param {CodeMirror} cm CodeMirror object.\n     * @param {Pos} cur The position to start from.\n     * @param {int} repeat Number of words to move past.\n     * @param {boolean} forward True to search forward. False to search\n     *     backward.\n     * @param {boolean} wordEnd True to move to end of word. False to move to\n     *     beginning of word.\n     * @param {boolean} bigWord True if punctuation count as part of the word.\n     *     False if only alphabet characters count as part of the word.\n     * @return {Cursor} The position the cursor should move to.\n     */\n    function moveToWord(cm, cur, repeat, forward, wordEnd, bigWord) {\n      var curStart = copyCursor(cur);\n      var words = [];\n      if (forward && !wordEnd || !forward && wordEnd) {\n        repeat++;\n      }\n      // For 'e', empty lines are not considered words, go figure.\n      var emptyLineIsWord = !(forward && wordEnd);\n      for (var i = 0; i < repeat; i++) {\n        var word = findWord(cm, cur, forward, bigWord, emptyLineIsWord);\n        if (!word) {\n          var eodCh = lineLength(cm, cm.lastLine());\n          words.push(forward\n              ? {line: cm.lastLine(), from: eodCh, to: eodCh}\n              : {line: 0, from: 0, to: 0});\n          break;\n        }\n        words.push(word);\n        cur = Pos(word.line, forward ? (word.to - 1) : word.from);\n      }\n      var shortCircuit = words.length != repeat;\n      var firstWord = words[0];\n      var lastWord = words.pop();\n      if (forward && !wordEnd) {\n        // w\n        if (!shortCircuit && (firstWord.from != curStart.ch || firstWord.line != curStart.line)) {\n          // We did not start in the middle of a word. Discard the extra word at the end.\n          lastWord = words.pop();\n        }\n        return Pos(lastWord.line, lastWord.from);\n      } else if (forward && wordEnd) {\n        return Pos(lastWord.line, lastWord.to - 1);\n      } else if (!forward && wordEnd) {\n        // ge\n        if (!shortCircuit && (firstWord.to != curStart.ch || firstWord.line != curStart.line)) {\n          // We did not start in the middle of a word. Discard the extra word at the end.\n          lastWord = words.pop();\n        }\n        return Pos(lastWord.line, lastWord.to);\n      } else {\n        // b\n        return Pos(lastWord.line, lastWord.from);\n      }\n    }\n\n    function moveToCharacter(cm, repeat, forward, character) {\n      var cur = cm.getCursor();\n      var start = cur.ch;\n      var idx;\n      for (var i = 0; i < repeat; i ++) {\n        var line = cm.getLine(cur.line);\n        idx = charIdxInLine(start, line, character, forward, true);\n        if (idx == -1) {\n          return null;\n        }\n        start = idx;\n      }\n      return Pos(cm.getCursor().line, idx);\n    }\n\n    function moveToColumn(cm, repeat) {\n      // repeat is always >= 1, so repeat - 1 always corresponds\n      // to the column we want to go to.\n      var line = cm.getCursor().line;\n      return clipCursorToContent(cm, Pos(line, repeat - 1));\n    }\n\n    function updateMark(cm, vim, markName, pos) {\n      if (!inArray(markName, validMarks)) {\n        return;\n      }\n      if (vim.marks[markName]) {\n        vim.marks[markName].clear();\n      }\n      vim.marks[markName] = cm.setBookmark(pos);\n    }\n\n    function charIdxInLine(start, line, character, forward, includeChar) {\n      // Search for char in line.\n      // motion_options: {forward, includeChar}\n      // If includeChar = true, include it too.\n      // If forward = true, search forward, else search backwards.\n      // If char is not found on this line, do nothing\n      var idx;\n      if (forward) {\n        idx = line.indexOf(character, start + 1);\n        if (idx != -1 && !includeChar) {\n          idx -= 1;\n        }\n      } else {\n        idx = line.lastIndexOf(character, start - 1);\n        if (idx != -1 && !includeChar) {\n          idx += 1;\n        }\n      }\n      return idx;\n    }\n\n    function findParagraph(cm, head, repeat, dir, inclusive) {\n      var line = head.line;\n      var min = cm.firstLine();\n      var max = cm.lastLine();\n      var start, end, i = line;\n      function isEmpty(i) { return !cm.getLine(i); }\n      function isBoundary(i, dir, any) {\n        if (any) { return isEmpty(i) != isEmpty(i + dir); }\n        return !isEmpty(i) && isEmpty(i + dir);\n      }\n      if (dir) {\n        while (min <= i && i <= max && repeat > 0) {\n          if (isBoundary(i, dir)) { repeat--; }\n          i += dir;\n        }\n        return new Pos(i, 0);\n      }\n\n      var vim = cm.state.vim;\n      if (vim.visualLine && isBoundary(line, 1, true)) {\n        var anchor = vim.sel.anchor;\n        if (isBoundary(anchor.line, -1, true)) {\n          if (!inclusive || anchor.line != line) {\n            line += 1;\n          }\n        }\n      }\n      var startState = isEmpty(line);\n      for (i = line; i <= max && repeat; i++) {\n        if (isBoundary(i, 1, true)) {\n          if (!inclusive || isEmpty(i) != startState) {\n            repeat--;\n          }\n        }\n      }\n      end = new Pos(i, 0);\n      // select boundary before paragraph for the last one\n      if (i > max && !startState) { startState = true; }\n      else { inclusive = false; }\n      for (i = line; i > min; i--) {\n        if (!inclusive || isEmpty(i) == startState || i == line) {\n          if (isBoundary(i, -1, true)) { break; }\n        }\n      }\n      start = new Pos(i, 0);\n      return { start: start, end: end };\n    }\n\n    // TODO: perhaps this finagling of start and end positions belonds\n    // in codmirror/replaceRange?\n    function selectCompanionObject(cm, head, symb, inclusive) {\n      var cur = head, start, end;\n\n      var bracketRegexp = ({\n        '(': /[()]/, ')': /[()]/,\n        '[': /[[\\]]/, ']': /[[\\]]/,\n        '{': /[{}]/, '}': /[{}]/})[symb];\n      var openSym = ({\n        '(': '(', ')': '(',\n        '[': '[', ']': '[',\n        '{': '{', '}': '{'})[symb];\n      var curChar = cm.getLine(cur.line).charAt(cur.ch);\n      // Due to the behavior of scanForBracket, we need to add an offset if the\n      // cursor is on a matching open bracket.\n      var offset = curChar === openSym ? 1 : 0;\n\n      start = cm.scanForBracket(Pos(cur.line, cur.ch + offset), -1, null, {'bracketRegex': bracketRegexp});\n      end = cm.scanForBracket(Pos(cur.line, cur.ch + offset), 1, null, {'bracketRegex': bracketRegexp});\n\n      if (!start || !end) {\n        return { start: cur, end: cur };\n      }\n\n      start = start.pos;\n      end = end.pos;\n\n      if ((start.line == end.line && start.ch > end.ch)\n          || (start.line > end.line)) {\n        var tmp = start;\n        start = end;\n        end = tmp;\n      }\n\n      if (inclusive) {\n        end.ch += 1;\n      } else {\n        start.ch += 1;\n      }\n\n      return { start: start, end: end };\n    }\n\n    // Takes in a symbol and a cursor and tries to simulate text objects that\n    // have identical opening and closing symbols\n    // TODO support across multiple lines\n    function findBeginningAndEnd(cm, head, symb, inclusive) {\n      var cur = copyCursor(head);\n      var line = cm.getLine(cur.line);\n      var chars = line.split('');\n      var start, end, i, len;\n      var firstIndex = chars.indexOf(symb);\n\n      // the decision tree is to always look backwards for the beginning first,\n      // but if the cursor is in front of the first instance of the symb,\n      // then move the cursor forward\n      if (cur.ch < firstIndex) {\n        cur.ch = firstIndex;\n        // Why is this line even here???\n        // cm.setCursor(cur.line, firstIndex+1);\n      }\n      // otherwise if the cursor is currently on the closing symbol\n      else if (firstIndex < cur.ch && chars[cur.ch] == symb) {\n        end = cur.ch; // assign end to the current cursor\n        --cur.ch; // make sure to look backwards\n      }\n\n      // if we're currently on the symbol, we've got a start\n      if (chars[cur.ch] == symb && !end) {\n        start = cur.ch + 1; // assign start to ahead of the cursor\n      } else {\n        // go backwards to find the start\n        for (i = cur.ch; i > -1 && !start; i--) {\n          if (chars[i] == symb) {\n            start = i + 1;\n          }\n        }\n      }\n\n      // look forwards for the end symbol\n      if (start && !end) {\n        for (i = start, len = chars.length; i < len && !end; i++) {\n          if (chars[i] == symb) {\n            end = i;\n          }\n        }\n      }\n\n      // nothing found\n      if (!start || !end) {\n        return { start: cur, end: cur };\n      }\n\n      // include the symbols\n      if (inclusive) {\n        --start; ++end;\n      }\n\n      return {\n        start: Pos(cur.line, start),\n        end: Pos(cur.line, end)\n      };\n    }\n\n    // Search functions\n    defineOption('pcre', true, 'boolean');\n    function SearchState() {}\n    SearchState.prototype = {\n      getQuery: function() {\n        return vimGlobalState.query;\n      },\n      setQuery: function(query) {\n        vimGlobalState.query = query;\n      },\n      getOverlay: function() {\n        return this.searchOverlay;\n      },\n      setOverlay: function(overlay) {\n        this.searchOverlay = overlay;\n      },\n      isReversed: function() {\n        return vimGlobalState.isReversed;\n      },\n      setReversed: function(reversed) {\n        vimGlobalState.isReversed = reversed;\n      },\n      getScrollbarAnnotate: function() {\n        return this.annotate;\n      },\n      setScrollbarAnnotate: function(annotate) {\n        this.annotate = annotate;\n      }\n    };\n    function getSearchState(cm) {\n      var vim = cm.state.vim;\n      return vim.searchState_ || (vim.searchState_ = new SearchState());\n    }\n    function dialog(cm, template, shortText, onClose, options) {\n      if (cm.openDialog) {\n        cm.openDialog(template, onClose, { bottom: true, value: options.value,\n            onKeyDown: options.onKeyDown, onKeyUp: options.onKeyUp,\n            selectValueOnOpen: false});\n      }\n      else {\n        onClose(prompt(shortText, ''));\n      }\n    }\n    function splitBySlash(argString) {\n      var slashes = findUnescapedSlashes(argString) || [];\n      if (!slashes.length) return [];\n      var tokens = [];\n      // in case of strings like foo/bar\n      if (slashes[0] !== 0) return;\n      for (var i = 0; i < slashes.length; i++) {\n        if (typeof slashes[i] == 'number')\n          tokens.push(argString.substring(slashes[i] + 1, slashes[i+1]));\n      }\n      return tokens;\n    }\n\n    function findUnescapedSlashes(str) {\n      var escapeNextChar = false;\n      var slashes = [];\n      for (var i = 0; i < str.length; i++) {\n        var c = str.charAt(i);\n        if (!escapeNextChar && c == '/') {\n          slashes.push(i);\n        }\n        escapeNextChar = !escapeNextChar && (c == '\\\\');\n      }\n      return slashes;\n    }\n\n    // Translates a search string from ex (vim) syntax into javascript form.\n    function translateRegex(str) {\n      // When these match, add a '\\' if unescaped or remove one if escaped.\n      var specials = '|(){';\n      // Remove, but never add, a '\\' for these.\n      var unescape = '}';\n      var escapeNextChar = false;\n      var out = [];\n      for (var i = -1; i < str.length; i++) {\n        var c = str.charAt(i) || '';\n        var n = str.charAt(i+1) || '';\n        var specialComesNext = (n && specials.indexOf(n) != -1);\n        if (escapeNextChar) {\n          if (c !== '\\\\' || !specialComesNext) {\n            out.push(c);\n          }\n          escapeNextChar = false;\n        } else {\n          if (c === '\\\\') {\n            escapeNextChar = true;\n            // Treat the unescape list as special for removing, but not adding '\\'.\n            if (n && unescape.indexOf(n) != -1) {\n              specialComesNext = true;\n            }\n            // Not passing this test means removing a '\\'.\n            if (!specialComesNext || n === '\\\\') {\n              out.push(c);\n            }\n          } else {\n            out.push(c);\n            if (specialComesNext && n !== '\\\\') {\n              out.push('\\\\');\n            }\n          }\n        }\n      }\n      return out.join('');\n    }\n\n    // Translates the replace part of a search and replace from ex (vim) syntax into\n    // javascript form.  Similar to translateRegex, but additionally fixes back references\n    // (translates '\\[0..9]' to '$[0..9]') and follows different rules for escaping '$'.\n    var charUnescapes = {'\\\\n': '\\n', '\\\\r': '\\r', '\\\\t': '\\t'};\n    function translateRegexReplace(str) {\n      var escapeNextChar = false;\n      var out = [];\n      for (var i = -1; i < str.length; i++) {\n        var c = str.charAt(i) || '';\n        var n = str.charAt(i+1) || '';\n        if (charUnescapes[c + n]) {\n          out.push(charUnescapes[c+n]);\n          i++;\n        } else if (escapeNextChar) {\n          // At any point in the loop, escapeNextChar is true if the previous\n          // character was a '\\' and was not escaped.\n          out.push(c);\n          escapeNextChar = false;\n        } else {\n          if (c === '\\\\') {\n            escapeNextChar = true;\n            if ((isNumber(n) || n === '$')) {\n              out.push('$');\n            } else if (n !== '/' && n !== '\\\\') {\n              out.push('\\\\');\n            }\n          } else {\n            if (c === '$') {\n              out.push('$');\n            }\n            out.push(c);\n            if (n === '/') {\n              out.push('\\\\');\n            }\n          }\n        }\n      }\n      return out.join('');\n    }\n\n    // Unescape \\ and / in the replace part, for PCRE mode.\n    var unescapes = {'\\\\/': '/', '\\\\\\\\': '\\\\', '\\\\n': '\\n', '\\\\r': '\\r', '\\\\t': '\\t'};\n    function unescapeRegexReplace(str) {\n      var stream = new CodeMirror.StringStream(str);\n      var output = [];\n      while (!stream.eol()) {\n        // Search for \\.\n        while (stream.peek() && stream.peek() != '\\\\') {\n          output.push(stream.next());\n        }\n        var matched = false;\n        for (var matcher in unescapes) {\n          if (stream.match(matcher, true)) {\n            matched = true;\n            output.push(unescapes[matcher]);\n            break;\n          }\n        }\n        if (!matched) {\n          // Don't change anything\n          output.push(stream.next());\n        }\n      }\n      return output.join('');\n    }\n\n    /**\n     * Extract the regular expression from the query and return a Regexp object.\n     * Returns null if the query is blank.\n     * If ignoreCase is passed in, the Regexp object will have the 'i' flag set.\n     * If smartCase is passed in, and the query contains upper case letters,\n     *   then ignoreCase is overridden, and the 'i' flag will not be set.\n     * If the query contains the /i in the flag part of the regular expression,\n     *   then both ignoreCase and smartCase are ignored, and 'i' will be passed\n     *   through to the Regex object.\n     */\n    function parseQuery(query, ignoreCase, smartCase) {\n      // First update the last search register\n      var lastSearchRegister = vimGlobalState.registerController.getRegister('/');\n      lastSearchRegister.setText(query);\n      // Check if the query is already a regex.\n      if (query instanceof RegExp) { return query; }\n      // First try to extract regex + flags from the input. If no flags found,\n      // extract just the regex. IE does not accept flags directly defined in\n      // the regex string in the form /regex/flags\n      var slashes = findUnescapedSlashes(query);\n      var regexPart;\n      var forceIgnoreCase;\n      if (!slashes.length) {\n        // Query looks like 'regexp'\n        regexPart = query;\n      } else {\n        // Query looks like 'regexp/...'\n        regexPart = query.substring(0, slashes[0]);\n        var flagsPart = query.substring(slashes[0]);\n        forceIgnoreCase = (flagsPart.indexOf('i') != -1);\n      }\n      if (!regexPart) {\n        return null;\n      }\n      if (!getOption('pcre')) {\n        regexPart = translateRegex(regexPart);\n      }\n      if (smartCase) {\n        ignoreCase = (/^[^A-Z]*$/).test(regexPart);\n      }\n      var regexp = new RegExp(regexPart,\n          (ignoreCase || forceIgnoreCase) ? 'i' : undefined);\n      return regexp;\n    }\n    function showConfirm(cm, text) {\n      if (cm.openNotification) {\n        cm.openNotification('<span style=\"color: red\">' + text + '</span>',\n                            {bottom: true, duration: 5000});\n      } else {\n        alert(text);\n      }\n    }\n    function makePrompt(prefix, desc) {\n      var raw = '';\n      if (prefix) {\n        raw += '<span style=\"font-family: monospace\">' + prefix + '</span>';\n      }\n      raw += '<input type=\"text\"/> ' +\n          '<span style=\"color: #888\">';\n      if (desc) {\n        raw += '<span style=\"color: #888\">';\n        raw += desc;\n        raw += '</span>';\n      }\n      return raw;\n    }\n    var searchPromptDesc = '(Javascript regexp)';\n    function showPrompt(cm, options) {\n      var shortText = (options.prefix || '') + ' ' + (options.desc || '');\n      var prompt = makePrompt(options.prefix, options.desc);\n      dialog(cm, prompt, shortText, options.onClose, options);\n    }\n    function regexEqual(r1, r2) {\n      if (r1 instanceof RegExp && r2 instanceof RegExp) {\n          var props = ['global', 'multiline', 'ignoreCase', 'source'];\n          for (var i = 0; i < props.length; i++) {\n              var prop = props[i];\n              if (r1[prop] !== r2[prop]) {\n                  return false;\n              }\n          }\n          return true;\n      }\n      return false;\n    }\n    // Returns true if the query is valid.\n    function updateSearchQuery(cm, rawQuery, ignoreCase, smartCase) {\n      if (!rawQuery) {\n        return;\n      }\n      var state = getSearchState(cm);\n      var query = parseQuery(rawQuery, !!ignoreCase, !!smartCase);\n      if (!query) {\n        return;\n      }\n      highlightSearchMatches(cm, query);\n      if (regexEqual(query, state.getQuery())) {\n        return query;\n      }\n      state.setQuery(query);\n      return query;\n    }\n    function searchOverlay(query) {\n      if (query.source.charAt(0) == '^') {\n        var matchSol = true;\n      }\n      return {\n        token: function(stream) {\n          if (matchSol && !stream.sol()) {\n            stream.skipToEnd();\n            return;\n          }\n          var match = stream.match(query, false);\n          if (match) {\n            if (match[0].length == 0) {\n              // Matched empty string, skip to next.\n              stream.next();\n              return 'searching';\n            }\n            if (!stream.sol()) {\n              // Backtrack 1 to match \\b\n              stream.backUp(1);\n              if (!query.exec(stream.next() + match[0])) {\n                stream.next();\n                return null;\n              }\n            }\n            stream.match(query);\n            return 'searching';\n          }\n          while (!stream.eol()) {\n            stream.next();\n            if (stream.match(query, false)) break;\n          }\n        },\n        query: query\n      };\n    }\n    function highlightSearchMatches(cm, query) {\n      var searchState = getSearchState(cm);\n      var overlay = searchState.getOverlay();\n      if (!overlay || query != overlay.query) {\n        if (overlay) {\n          cm.removeOverlay(overlay);\n        }\n        overlay = searchOverlay(query);\n        cm.addOverlay(overlay);\n        if (cm.showMatchesOnScrollbar) {\n          if (searchState.getScrollbarAnnotate()) {\n            searchState.getScrollbarAnnotate().clear();\n          }\n          searchState.setScrollbarAnnotate(cm.showMatchesOnScrollbar(query));\n        }\n        searchState.setOverlay(overlay);\n      }\n    }\n    function findNext(cm, prev, query, repeat) {\n      if (repeat === undefined) { repeat = 1; }\n      return cm.operation(function() {\n        var pos = cm.getCursor();\n        var cursor = cm.getSearchCursor(query, pos);\n        for (var i = 0; i < repeat; i++) {\n          var found = cursor.find(prev);\n          if (i == 0 && found && cursorEqual(cursor.from(), pos)) { found = cursor.find(prev); }\n          if (!found) {\n            // SearchCursor may have returned null because it hit EOF, wrap\n            // around and try again.\n            cursor = cm.getSearchCursor(query,\n                (prev) ? Pos(cm.lastLine()) : Pos(cm.firstLine(), 0) );\n            if (!cursor.find(prev)) {\n              return;\n            }\n          }\n        }\n        return cursor.from();\n      });\n    }\n    function clearSearchHighlight(cm) {\n      var state = getSearchState(cm);\n      cm.removeOverlay(getSearchState(cm).getOverlay());\n      state.setOverlay(null);\n      if (state.getScrollbarAnnotate()) {\n        state.getScrollbarAnnotate().clear();\n        state.setScrollbarAnnotate(null);\n      }\n    }\n    /**\n     * Check if pos is in the specified range, INCLUSIVE.\n     * Range can be specified with 1 or 2 arguments.\n     * If the first range argument is an array, treat it as an array of line\n     * numbers. Match pos against any of the lines.\n     * If the first range argument is a number,\n     *   if there is only 1 range argument, check if pos has the same line\n     *       number\n     *   if there are 2 range arguments, then check if pos is in between the two\n     *       range arguments.\n     */\n    function isInRange(pos, start, end) {\n      if (typeof pos != 'number') {\n        // Assume it is a cursor position. Get the line number.\n        pos = pos.line;\n      }\n      if (start instanceof Array) {\n        return inArray(pos, start);\n      } else {\n        if (end) {\n          return (pos >= start && pos <= end);\n        } else {\n          return pos == start;\n        }\n      }\n    }\n    function getUserVisibleLines(cm) {\n      var scrollInfo = cm.getScrollInfo();\n      var occludeToleranceTop = 6;\n      var occludeToleranceBottom = 10;\n      var from = cm.coordsChar({left:0, top: occludeToleranceTop + scrollInfo.top}, 'local');\n      var bottomY = scrollInfo.clientHeight - occludeToleranceBottom + scrollInfo.top;\n      var to = cm.coordsChar({left:0, top: bottomY}, 'local');\n      return {top: from.line, bottom: to.line};\n    }\n\n    var ExCommandDispatcher = function() {\n      this.buildCommandMap_();\n    };\n    ExCommandDispatcher.prototype = {\n      processCommand: function(cm, input, opt_params) {\n        var that = this;\n        cm.operation(function () {\n          cm.curOp.isVimOp = true;\n          that._processCommand(cm, input, opt_params);\n        });\n      },\n      _processCommand: function(cm, input, opt_params) {\n        var vim = cm.state.vim;\n        var commandHistoryRegister = vimGlobalState.registerController.getRegister(':');\n        var previousCommand = commandHistoryRegister.toString();\n        if (vim.visualMode) {\n          exitVisualMode(cm);\n        }\n        var inputStream = new CodeMirror.StringStream(input);\n        // update \": with the latest command whether valid or invalid\n        commandHistoryRegister.setText(input);\n        var params = opt_params || {};\n        params.input = input;\n        try {\n          this.parseInput_(cm, inputStream, params);\n        } catch(e) {\n          showConfirm(cm, e);\n          throw e;\n        }\n        var command;\n        var commandName;\n        if (!params.commandName) {\n          // If only a line range is defined, move to the line.\n          if (params.line !== undefined) {\n            commandName = 'move';\n          }\n        } else {\n          command = this.matchCommand_(params.commandName);\n          if (command) {\n            commandName = command.name;\n            if (command.excludeFromCommandHistory) {\n              commandHistoryRegister.setText(previousCommand);\n            }\n            this.parseCommandArgs_(inputStream, params, command);\n            if (command.type == 'exToKey') {\n              // Handle Ex to Key mapping.\n              for (var i = 0; i < command.toKeys.length; i++) {\n                CodeMirror.Vim.handleKey(cm, command.toKeys[i], 'mapping');\n              }\n              return;\n            } else if (command.type == 'exToEx') {\n              // Handle Ex to Ex mapping.\n              this.processCommand(cm, command.toInput);\n              return;\n            }\n          }\n        }\n        if (!commandName) {\n          showConfirm(cm, 'Not an editor command \":' + input + '\"');\n          return;\n        }\n        try {\n          exCommands[commandName](cm, params);\n          // Possibly asynchronous commands (e.g. substitute, which might have a\n          // user confirmation), are responsible for calling the callback when\n          // done. All others have it taken care of for them here.\n          if ((!command || !command.possiblyAsync) && params.callback) {\n            params.callback();\n          }\n        } catch(e) {\n          showConfirm(cm, e);\n          throw e;\n        }\n      },\n      parseInput_: function(cm, inputStream, result) {\n        inputStream.eatWhile(':');\n        // Parse range.\n        if (inputStream.eat('%')) {\n          result.line = cm.firstLine();\n          result.lineEnd = cm.lastLine();\n        } else {\n          result.line = this.parseLineSpec_(cm, inputStream);\n          if (result.line !== undefined && inputStream.eat(',')) {\n            result.lineEnd = this.parseLineSpec_(cm, inputStream);\n          }\n        }\n\n        // Parse command name.\n        var commandMatch = inputStream.match(/^(\\w+)/);\n        if (commandMatch) {\n          result.commandName = commandMatch[1];\n        } else {\n          result.commandName = inputStream.match(/.*/)[0];\n        }\n\n        return result;\n      },\n      parseLineSpec_: function(cm, inputStream) {\n        var numberMatch = inputStream.match(/^(\\d+)/);\n        if (numberMatch) {\n          return parseInt(numberMatch[1], 10) - 1;\n        }\n        switch (inputStream.next()) {\n          case '.':\n            return cm.getCursor().line;\n          case '$':\n            return cm.lastLine();\n          case '\\'':\n            var mark = cm.state.vim.marks[inputStream.next()];\n            if (mark && mark.find()) {\n              return mark.find().line;\n            }\n            throw new Error('Mark not set');\n          default:\n            inputStream.backUp(1);\n            return undefined;\n        }\n      },\n      parseCommandArgs_: function(inputStream, params, command) {\n        if (inputStream.eol()) {\n          return;\n        }\n        params.argString = inputStream.match(/.*/)[0];\n        // Parse command-line arguments\n        var delim = command.argDelimiter || /\\s+/;\n        var args = trim(params.argString).split(delim);\n        if (args.length && args[0]) {\n          params.args = args;\n        }\n      },\n      matchCommand_: function(commandName) {\n        // Return the command in the command map that matches the shortest\n        // prefix of the passed in command name. The match is guaranteed to be\n        // unambiguous if the defaultExCommandMap's shortNames are set up\n        // correctly. (see @code{defaultExCommandMap}).\n        for (var i = commandName.length; i > 0; i--) {\n          var prefix = commandName.substring(0, i);\n          if (this.commandMap_[prefix]) {\n            var command = this.commandMap_[prefix];\n            if (command.name.indexOf(commandName) === 0) {\n              return command;\n            }\n          }\n        }\n        return null;\n      },\n      buildCommandMap_: function() {\n        this.commandMap_ = {};\n        for (var i = 0; i < defaultExCommandMap.length; i++) {\n          var command = defaultExCommandMap[i];\n          var key = command.shortName || command.name;\n          this.commandMap_[key] = command;\n        }\n      },\n      map: function(lhs, rhs, ctx) {\n        if (lhs != ':' && lhs.charAt(0) == ':') {\n          if (ctx) { throw Error('Mode not supported for ex mappings'); }\n          var commandName = lhs.substring(1);\n          if (rhs != ':' && rhs.charAt(0) == ':') {\n            // Ex to Ex mapping\n            this.commandMap_[commandName] = {\n              name: commandName,\n              type: 'exToEx',\n              toInput: rhs.substring(1),\n              user: true\n            };\n          } else {\n            // Ex to key mapping\n            this.commandMap_[commandName] = {\n              name: commandName,\n              type: 'exToKey',\n              toKeys: rhs,\n              user: true\n            };\n          }\n        } else {\n          if (rhs != ':' && rhs.charAt(0) == ':') {\n            // Key to Ex mapping.\n            var mapping = {\n              keys: lhs,\n              type: 'keyToEx',\n              exArgs: { input: rhs.substring(1) },\n              user: true};\n            if (ctx) { mapping.context = ctx; }\n            defaultKeymap.unshift(mapping);\n          } else {\n            // Key to key mapping\n            var mapping = {\n              keys: lhs,\n              type: 'keyToKey',\n              toKeys: rhs,\n              user: true\n            };\n            if (ctx) { mapping.context = ctx; }\n            defaultKeymap.unshift(mapping);\n          }\n        }\n      },\n      unmap: function(lhs, ctx) {\n        if (lhs != ':' && lhs.charAt(0) == ':') {\n          // Ex to Ex or Ex to key mapping\n          if (ctx) { throw Error('Mode not supported for ex mappings'); }\n          var commandName = lhs.substring(1);\n          if (this.commandMap_[commandName] && this.commandMap_[commandName].user) {\n            delete this.commandMap_[commandName];\n            return;\n          }\n        } else {\n          // Key to Ex or key to key mapping\n          var keys = lhs;\n          for (var i = 0; i < defaultKeymap.length; i++) {\n            if (keys == defaultKeymap[i].keys\n                && defaultKeymap[i].context === ctx\n                && defaultKeymap[i].user) {\n              defaultKeymap.splice(i, 1);\n              return;\n            }\n          }\n        }\n        throw Error('No such mapping.');\n      }\n    };\n\n    var exCommands = {\n      colorscheme: function(cm, params) {\n        if (!params.args || params.args.length < 1) {\n          showConfirm(cm, cm.getOption('theme'));\n          return;\n        }\n        cm.setOption('theme', params.args[0]);\n      },\n      map: function(cm, params, ctx) {\n        var mapArgs = params.args;\n        if (!mapArgs || mapArgs.length < 2) {\n          if (cm) {\n            showConfirm(cm, 'Invalid mapping: ' + params.input);\n          }\n          return;\n        }\n        exCommandDispatcher.map(mapArgs[0], mapArgs[1], ctx);\n      },\n      imap: function(cm, params) { this.map(cm, params, 'insert'); },\n      nmap: function(cm, params) { this.map(cm, params, 'normal'); },\n      vmap: function(cm, params) { this.map(cm, params, 'visual'); },\n      unmap: function(cm, params, ctx) {\n        var mapArgs = params.args;\n        if (!mapArgs || mapArgs.length < 1) {\n          if (cm) {\n            showConfirm(cm, 'No such mapping: ' + params.input);\n          }\n          return;\n        }\n        exCommandDispatcher.unmap(mapArgs[0], ctx);\n      },\n      move: function(cm, params) {\n        commandDispatcher.processCommand(cm, cm.state.vim, {\n            type: 'motion',\n            motion: 'moveToLineOrEdgeOfDocument',\n            motionArgs: { forward: false, explicitRepeat: true,\n              linewise: true },\n            repeatOverride: params.line+1});\n      },\n      set: function(cm, params) {\n        var setArgs = params.args;\n        // Options passed through to the setOption/getOption calls. May be passed in by the\n        // local/global versions of the set command\n        var setCfg = params.setCfg || {};\n        if (!setArgs || setArgs.length < 1) {\n          if (cm) {\n            showConfirm(cm, 'Invalid mapping: ' + params.input);\n          }\n          return;\n        }\n        var expr = setArgs[0].split('=');\n        var optionName = expr[0];\n        var value = expr[1];\n        var forceGet = false;\n\n        if (optionName.charAt(optionName.length - 1) == '?') {\n          // If post-fixed with ?, then the set is actually a get.\n          if (value) { throw Error('Trailing characters: ' + params.argString); }\n          optionName = optionName.substring(0, optionName.length - 1);\n          forceGet = true;\n        }\n        if (value === undefined && optionName.substring(0, 2) == 'no') {\n          // To set boolean options to false, the option name is prefixed with\n          // 'no'.\n          optionName = optionName.substring(2);\n          value = false;\n        }\n\n        var optionIsBoolean = options[optionName] && options[optionName].type == 'boolean';\n        if (optionIsBoolean && value == undefined) {\n          // Calling set with a boolean option sets it to true.\n          value = true;\n        }\n        // If no value is provided, then we assume this is a get.\n        if (!optionIsBoolean && value === undefined || forceGet) {\n          var oldValue = getOption(optionName, cm, setCfg);\n          if (oldValue === true || oldValue === false) {\n            showConfirm(cm, ' ' + (oldValue ? '' : 'no') + optionName);\n          } else {\n            showConfirm(cm, '  ' + optionName + '=' + oldValue);\n          }\n        } else {\n          setOption(optionName, value, cm, setCfg);\n        }\n      },\n      setlocal: function (cm, params) {\n        // setCfg is passed through to setOption\n        params.setCfg = {scope: 'local'};\n        this.set(cm, params);\n      },\n      setglobal: function (cm, params) {\n        // setCfg is passed through to setOption\n        params.setCfg = {scope: 'global'};\n        this.set(cm, params);\n      },\n      registers: function(cm, params) {\n        var regArgs = params.args;\n        var registers = vimGlobalState.registerController.registers;\n        var regInfo = '----------Registers----------<br><br>';\n        if (!regArgs) {\n          for (var registerName in registers) {\n            var text = registers[registerName].toString();\n            if (text.length) {\n              regInfo += '\"' + registerName + '    ' + text + '<br>';\n            }\n          }\n        } else {\n          var registerName;\n          regArgs = regArgs.join('');\n          for (var i = 0; i < regArgs.length; i++) {\n            registerName = regArgs.charAt(i);\n            if (!vimGlobalState.registerController.isValidRegister(registerName)) {\n              continue;\n            }\n            var register = registers[registerName] || new Register();\n            regInfo += '\"' + registerName + '    ' + register.toString() + '<br>';\n          }\n        }\n        showConfirm(cm, regInfo);\n      },\n      sort: function(cm, params) {\n        var reverse, ignoreCase, unique, number;\n        function parseArgs() {\n          if (params.argString) {\n            var args = new CodeMirror.StringStream(params.argString);\n            if (args.eat('!')) { reverse = true; }\n            if (args.eol()) { return; }\n            if (!args.eatSpace()) { return 'Invalid arguments'; }\n            var opts = args.match(/[a-z]+/);\n            if (opts) {\n              opts = opts[0];\n              ignoreCase = opts.indexOf('i') != -1;\n              unique = opts.indexOf('u') != -1;\n              var decimal = opts.indexOf('d') != -1 && 1;\n              var hex = opts.indexOf('x') != -1 && 1;\n              var octal = opts.indexOf('o') != -1 && 1;\n              if (decimal + hex + octal > 1) { return 'Invalid arguments'; }\n              number = decimal && 'decimal' || hex && 'hex' || octal && 'octal';\n            }\n            if (args.match(/\\/.*\\//)) { return 'patterns not supported'; }\n          }\n        }\n        var err = parseArgs();\n        if (err) {\n          showConfirm(cm, err + ': ' + params.argString);\n          return;\n        }\n        var lineStart = params.line || cm.firstLine();\n        var lineEnd = params.lineEnd || params.line || cm.lastLine();\n        if (lineStart == lineEnd) { return; }\n        var curStart = Pos(lineStart, 0);\n        var curEnd = Pos(lineEnd, lineLength(cm, lineEnd));\n        var text = cm.getRange(curStart, curEnd).split('\\n');\n        var numberRegex = (number == 'decimal') ? /(-?)([\\d]+)/ :\n           (number == 'hex') ? /(-?)(?:0x)?([0-9a-f]+)/i :\n           (number == 'octal') ? /([0-7]+)/ : null;\n        var radix = (number == 'decimal') ? 10 : (number == 'hex') ? 16 : (number == 'octal') ? 8 : null;\n        var numPart = [], textPart = [];\n        if (number) {\n          for (var i = 0; i < text.length; i++) {\n            if (numberRegex.exec(text[i])) {\n              numPart.push(text[i]);\n            } else {\n              textPart.push(text[i]);\n            }\n          }\n        } else {\n          textPart = text;\n        }\n        function compareFn(a, b) {\n          if (reverse) { var tmp; tmp = a; a = b; b = tmp; }\n          if (ignoreCase) { a = a.toLowerCase(); b = b.toLowerCase(); }\n          var anum = number && numberRegex.exec(a);\n          var bnum = number && numberRegex.exec(b);\n          if (!anum) { return a < b ? -1 : 1; }\n          anum = parseInt((anum[1] + anum[2]).toLowerCase(), radix);\n          bnum = parseInt((bnum[1] + bnum[2]).toLowerCase(), radix);\n          return anum - bnum;\n        }\n        numPart.sort(compareFn);\n        textPart.sort(compareFn);\n        text = (!reverse) ? textPart.concat(numPart) : numPart.concat(textPart);\n        if (unique) { // Remove duplicate lines\n          var textOld = text;\n          var lastLine;\n          text = [];\n          for (var i = 0; i < textOld.length; i++) {\n            if (textOld[i] != lastLine) {\n              text.push(textOld[i]);\n            }\n            lastLine = textOld[i];\n          }\n        }\n        cm.replaceRange(text.join('\\n'), curStart, curEnd);\n      },\n      global: function(cm, params) {\n        // a global command is of the form\n        // :[range]g/pattern/[cmd]\n        // argString holds the string /pattern/[cmd]\n        var argString = params.argString;\n        if (!argString) {\n          showConfirm(cm, 'Regular Expression missing from global');\n          return;\n        }\n        // range is specified here\n        var lineStart = (params.line !== undefined) ? params.line : cm.firstLine();\n        var lineEnd = params.lineEnd || params.line || cm.lastLine();\n        // get the tokens from argString\n        var tokens = splitBySlash(argString);\n        var regexPart = argString, cmd;\n        if (tokens.length) {\n          regexPart = tokens[0];\n          cmd = tokens.slice(1, tokens.length).join('/');\n        }\n        if (regexPart) {\n          // If regex part is empty, then use the previous query. Otherwise\n          // use the regex part as the new query.\n          try {\n           updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n             true /** smartCase */);\n          } catch (e) {\n           showConfirm(cm, 'Invalid regex: ' + regexPart);\n           return;\n          }\n        }\n        // now that we have the regexPart, search for regex matches in the\n        // specified range of lines\n        var query = getSearchState(cm).getQuery();\n        var matchedLines = [], content = '';\n        for (var i = lineStart; i <= lineEnd; i++) {\n          var matched = query.test(cm.getLine(i));\n          if (matched) {\n            matchedLines.push(i+1);\n            content+= cm.getLine(i) + '<br>';\n          }\n        }\n        // if there is no [cmd], just display the list of matched lines\n        if (!cmd) {\n          showConfirm(cm, content);\n          return;\n        }\n        var index = 0;\n        var nextCommand = function() {\n          if (index < matchedLines.length) {\n            var command = matchedLines[index] + cmd;\n            exCommandDispatcher.processCommand(cm, command, {\n              callback: nextCommand\n            });\n          }\n          index++;\n        };\n        nextCommand();\n      },\n      substitute: function(cm, params) {\n        if (!cm.getSearchCursor) {\n          throw new Error('Search feature not available. Requires searchcursor.js or ' +\n              'any other getSearchCursor implementation.');\n        }\n        var argString = params.argString;\n        var tokens = argString ? splitBySlash(argString) : [];\n        var regexPart, replacePart = '', trailing, flagsPart, count;\n        var confirm = false; // Whether to confirm each replace.\n        var global = false; // True to replace all instances on a line, false to replace only 1.\n        if (tokens.length) {\n          regexPart = tokens[0];\n          replacePart = tokens[1];\n          if (replacePart !== undefined) {\n            if (getOption('pcre')) {\n              replacePart = unescapeRegexReplace(replacePart);\n            } else {\n              replacePart = translateRegexReplace(replacePart);\n            }\n            vimGlobalState.lastSubstituteReplacePart = replacePart;\n          }\n          trailing = tokens[2] ? tokens[2].split(' ') : [];\n        } else {\n          // either the argString is empty or its of the form ' hello/world'\n          // actually splitBySlash returns a list of tokens\n          // only if the string starts with a '/'\n          if (argString && argString.length) {\n            showConfirm(cm, 'Substitutions should be of the form ' +\n                ':s/pattern/replace/');\n            return;\n          }\n        }\n        // After the 3rd slash, we can have flags followed by a space followed\n        // by count.\n        if (trailing) {\n          flagsPart = trailing[0];\n          count = parseInt(trailing[1]);\n          if (flagsPart) {\n            if (flagsPart.indexOf('c') != -1) {\n              confirm = true;\n              flagsPart.replace('c', '');\n            }\n            if (flagsPart.indexOf('g') != -1) {\n              global = true;\n              flagsPart.replace('g', '');\n            }\n            regexPart = regexPart + '/' + flagsPart;\n          }\n        }\n        if (regexPart) {\n          // If regex part is empty, then use the previous query. Otherwise use\n          // the regex part as the new query.\n          try {\n            updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n              true /** smartCase */);\n          } catch (e) {\n            showConfirm(cm, 'Invalid regex: ' + regexPart);\n            return;\n          }\n        }\n        replacePart = replacePart || vimGlobalState.lastSubstituteReplacePart;\n        if (replacePart === undefined) {\n          showConfirm(cm, 'No previous substitute regular expression');\n          return;\n        }\n        var state = getSearchState(cm);\n        var query = state.getQuery();\n        var lineStart = (params.line !== undefined) ? params.line : cm.getCursor().line;\n        var lineEnd = params.lineEnd || lineStart;\n        if (lineStart == cm.firstLine() && lineEnd == cm.lastLine()) {\n          lineEnd = Infinity;\n        }\n        if (count) {\n          lineStart = lineEnd;\n          lineEnd = lineStart + count - 1;\n        }\n        var startPos = clipCursorToContent(cm, Pos(lineStart, 0));\n        var cursor = cm.getSearchCursor(query, startPos);\n        doReplace(cm, confirm, global, lineStart, lineEnd, cursor, query, replacePart, params.callback);\n      },\n      redo: CodeMirror.commands.redo,\n      undo: CodeMirror.commands.undo,\n      write: function(cm) {\n        if (CodeMirror.commands.save) {\n          // If a save command is defined, call it.\n          CodeMirror.commands.save(cm);\n        } else {\n          // Saves to text area if no save command is defined.\n          cm.save();\n        }\n      },\n      nohlsearch: function(cm) {\n        clearSearchHighlight(cm);\n      },\n      delmarks: function(cm, params) {\n        if (!params.argString || !trim(params.argString)) {\n          showConfirm(cm, 'Argument required');\n          return;\n        }\n\n        var state = cm.state.vim;\n        var stream = new CodeMirror.StringStream(trim(params.argString));\n        while (!stream.eol()) {\n          stream.eatSpace();\n\n          // Record the streams position at the beginning of the loop for use\n          // in error messages.\n          var count = stream.pos;\n\n          if (!stream.match(/[a-zA-Z]/, false)) {\n            showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n            return;\n          }\n\n          var sym = stream.next();\n          // Check if this symbol is part of a range\n          if (stream.match('-', true)) {\n            // This symbol is part of a range.\n\n            // The range must terminate at an alphabetic character.\n            if (!stream.match(/[a-zA-Z]/, false)) {\n              showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n              return;\n            }\n\n            var startMark = sym;\n            var finishMark = stream.next();\n            // The range must terminate at an alphabetic character which\n            // shares the same case as the start of the range.\n            if (isLowerCase(startMark) && isLowerCase(finishMark) ||\n                isUpperCase(startMark) && isUpperCase(finishMark)) {\n              var start = startMark.charCodeAt(0);\n              var finish = finishMark.charCodeAt(0);\n              if (start >= finish) {\n                showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n                return;\n              }\n\n              // Because marks are always ASCII values, and we have\n              // determined that they are the same case, we can use\n              // their char codes to iterate through the defined range.\n              for (var j = 0; j <= finish - start; j++) {\n                var mark = String.fromCharCode(start + j);\n                delete state.marks[mark];\n              }\n            } else {\n              showConfirm(cm, 'Invalid argument: ' + startMark + '-');\n              return;\n            }\n          } else {\n            // This symbol is a valid mark, and is not part of a range.\n            delete state.marks[sym];\n          }\n        }\n      }\n    };\n\n    var exCommandDispatcher = new ExCommandDispatcher();\n\n    /**\n    * @param {CodeMirror} cm CodeMirror instance we are in.\n    * @param {boolean} confirm Whether to confirm each replace.\n    * @param {Cursor} lineStart Line to start replacing from.\n    * @param {Cursor} lineEnd Line to stop replacing at.\n    * @param {RegExp} query Query for performing matches with.\n    * @param {string} replaceWith Text to replace matches with. May contain $1,\n    *     $2, etc for replacing captured groups using Javascript replace.\n    * @param {function()} callback A callback for when the replace is done.\n    */\n    function doReplace(cm, confirm, global, lineStart, lineEnd, searchCursor, query,\n        replaceWith, callback) {\n      // Set up all the functions.\n      cm.state.vim.exMode = true;\n      var done = false;\n      var lastPos = searchCursor.from();\n      function replaceAll() {\n        cm.operation(function() {\n          while (!done) {\n            replace();\n            next();\n          }\n          stop();\n        });\n      }\n      function replace() {\n        var text = cm.getRange(searchCursor.from(), searchCursor.to());\n        var newText = text.replace(query, replaceWith);\n        searchCursor.replace(newText);\n      }\n      function next() {\n        // The below only loops to skip over multiple occurrences on the same\n        // line when 'global' is not true.\n        while(searchCursor.findNext() &&\n              isInRange(searchCursor.from(), lineStart, lineEnd)) {\n          if (!global && lastPos && searchCursor.from().line == lastPos.line) {\n            continue;\n          }\n          cm.scrollIntoView(searchCursor.from(), 30);\n          cm.setSelection(searchCursor.from(), searchCursor.to());\n          lastPos = searchCursor.from();\n          done = false;\n          return;\n        }\n        done = true;\n      }\n      function stop(close) {\n        if (close) { close(); }\n        cm.focus();\n        if (lastPos) {\n          cm.setCursor(lastPos);\n          var vim = cm.state.vim;\n          vim.exMode = false;\n          vim.lastHPos = vim.lastHSPos = lastPos.ch;\n        }\n        if (callback) { callback(); }\n      }\n      function onPromptKeyDown(e, _value, close) {\n        // Swallow all keys.\n        CodeMirror.e_stop(e);\n        var keyName = CodeMirror.keyName(e);\n        switch (keyName) {\n          case 'Y':\n            replace(); next(); break;\n          case 'N':\n            next(); break;\n          case 'A':\n            // replaceAll contains a call to close of its own. We don't want it\n            // to fire too early or multiple times.\n            var savedCallback = callback;\n            callback = undefined;\n            cm.operation(replaceAll);\n            callback = savedCallback;\n            break;\n          case 'L':\n            replace();\n            // fall through and exit.\n          case 'Q':\n          case 'Esc':\n          case 'Ctrl-C':\n          case 'Ctrl-[':\n            stop(close);\n            break;\n        }\n        if (done) { stop(close); }\n        return true;\n      }\n\n      // Actually do replace.\n      next();\n      if (done) {\n        showConfirm(cm, 'No matches for ' + query.source);\n        return;\n      }\n      if (!confirm) {\n        replaceAll();\n        if (callback) { callback(); };\n        return;\n      }\n      showPrompt(cm, {\n        prefix: 'replace with <strong>' + replaceWith + '</strong> (y/n/a/q/l)',\n        onKeyDown: onPromptKeyDown\n      });\n    }\n\n    CodeMirror.keyMap.vim = {\n      attach: attachVimMap,\n      detach: detachVimMap,\n      call: cmKey\n    };\n\n    function exitInsertMode(cm) {\n      var vim = cm.state.vim;\n      var macroModeState = vimGlobalState.macroModeState;\n      var insertModeChangeRegister = vimGlobalState.registerController.getRegister('.');\n      var isPlaying = macroModeState.isPlaying;\n      var lastChange = macroModeState.lastInsertModeChanges;\n      // In case of visual block, the insertModeChanges are not saved as a\n      // single word, so we convert them to a single word\n      // so as to update the \". register as expected in real vim.\n      var text = [];\n      if (!isPlaying) {\n        var selLength = lastChange.inVisualBlock ? vim.lastSelection.visualBlock.height : 1;\n        var changes = lastChange.changes;\n        var text = [];\n        var i = 0;\n        // In case of multiple selections in blockwise visual,\n        // the inserted text, for example: 'f<Backspace>oo', is stored as\n        // 'f', 'f', InsertModeKey 'o', 'o', 'o', 'o'. (if you have a block with 2 lines).\n        // We push the contents of the changes array as per the following:\n        // 1. In case of InsertModeKey, just increment by 1.\n        // 2. In case of a character, jump by selLength (2 in the example).\n        while (i < changes.length) {\n          // This loop will convert 'ff<bs>oooo' to 'f<bs>oo'.\n          text.push(changes[i]);\n          if (changes[i] instanceof InsertModeKey) {\n             i++;\n          } else {\n             i+= selLength;\n          }\n        }\n        lastChange.changes = text;\n        cm.off('change', onChange);\n        CodeMirror.off(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n      }\n      if (!isPlaying && vim.insertModeRepeat > 1) {\n        // Perform insert mode repeat for commands like 3,a and 3,o.\n        repeatLastEdit(cm, vim, vim.insertModeRepeat - 1,\n            true /** repeatForInsert */);\n        vim.lastEditInputState.repeatOverride = vim.insertModeRepeat;\n      }\n      delete vim.insertModeRepeat;\n      vim.insertMode = false;\n      cm.setCursor(cm.getCursor().line, cm.getCursor().ch-1);\n      cm.setOption('keyMap', 'vim');\n      cm.setOption('disableInput', true);\n      cm.toggleOverwrite(false); // exit replace mode if we were in it.\n      // update the \". register before exiting insert mode\n      insertModeChangeRegister.setText(lastChange.changes.join(''));\n      CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n      if (macroModeState.isRecording) {\n        logInsertModeChange(macroModeState);\n      }\n    }\n\n    function _mapCommand(command) {\n      defaultKeymap.unshift(command);\n    }\n\n    function mapCommand(keys, type, name, args, extra) {\n      var command = {keys: keys, type: type};\n      command[type] = name;\n      command[type + \"Args\"] = args;\n      for (var key in extra)\n        command[key] = extra[key];\n      _mapCommand(command);\n    }\n\n    // The timeout in milliseconds for the two-character ESC keymap should be\n    // adjusted according to your typing speed to prevent false positives.\n    defineOption('insertModeEscKeysTimeout', 200, 'number');\n\n    CodeMirror.keyMap['vim-insert'] = {\n      // TODO: override navigation keys so that Esc will cancel automatic\n      // indentation from o, O, i_<CR>\n      'Ctrl-N': 'autocomplete',\n      'Ctrl-P': 'autocomplete',\n      'Enter': function(cm) {\n        var fn = CodeMirror.commands.newlineAndIndentContinueComment ||\n            CodeMirror.commands.newlineAndIndent;\n        fn(cm);\n      },\n      fallthrough: ['default'],\n      attach: attachVimMap,\n      detach: detachVimMap,\n      call: cmKey\n    };\n\n    CodeMirror.keyMap['vim-replace'] = {\n      'Backspace': 'goCharLeft',\n      fallthrough: ['vim-insert'],\n      attach: attachVimMap,\n      detach: detachVimMap,\n      call: cmKey\n    };\n\n    function executeMacroRegister(cm, vim, macroModeState, registerName) {\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      if (registerName == ':') {\n        // Read-only register containing last Ex command.\n        if (register.keyBuffer[0]) {\n          exCommandDispatcher.processCommand(cm, register.keyBuffer[0]);\n        }\n        macroModeState.isPlaying = false;\n        return;\n      }\n      var keyBuffer = register.keyBuffer;\n      var imc = 0;\n      macroModeState.isPlaying = true;\n      macroModeState.replaySearchQueries = register.searchQueries.slice(0);\n      for (var i = 0; i < keyBuffer.length; i++) {\n        var text = keyBuffer[i];\n        var match, key;\n        while (text) {\n          // Pull off one command key, which is either a single character\n          // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n          match = (/<\\w+-.+?>|<\\w+>|./).exec(text);\n          key = match[0];\n          text = text.substring(match.index + key.length);\n          CodeMirror.Vim.handleKey(cm, key, 'macro');\n          if (vim.insertMode) {\n            var changes = register.insertModeChanges[imc++].changes;\n            vimGlobalState.macroModeState.lastInsertModeChanges.changes =\n                changes;\n            repeatInsertModeChanges(cm, changes, 1);\n            exitInsertMode(cm);\n          }\n        }\n      };\n      macroModeState.isPlaying = false;\n    }\n\n    function logKey(macroModeState, key) {\n      if (macroModeState.isPlaying) { return; }\n      var registerName = macroModeState.latestRegister;\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      if (register) {\n        register.pushText(key);\n      }\n    }\n\n    function logInsertModeChange(macroModeState) {\n      if (macroModeState.isPlaying) { return; }\n      var registerName = macroModeState.latestRegister;\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      if (register && register.pushInsertModeChanges) {\n        register.pushInsertModeChanges(macroModeState.lastInsertModeChanges);\n      }\n    }\n\n    function logSearchQuery(macroModeState, query) {\n      if (macroModeState.isPlaying) { return; }\n      var registerName = macroModeState.latestRegister;\n      var register = vimGlobalState.registerController.getRegister(registerName);\n      if (register && register.pushSearchQuery) {\n        register.pushSearchQuery(query);\n      }\n    }\n\n    /**\n     * Listens for changes made in insert mode.\n     * Should only be active in insert mode.\n     */\n    function onChange(_cm, changeObj) {\n      var macroModeState = vimGlobalState.macroModeState;\n      var lastChange = macroModeState.lastInsertModeChanges;\n      if (!macroModeState.isPlaying) {\n        while(changeObj) {\n          lastChange.expectCursorActivityForChange = true;\n          if (changeObj.origin == '+input' || changeObj.origin == 'paste'\n              || changeObj.origin === undefined /* only in testing */) {\n            var text = changeObj.text.join('\\n');\n            lastChange.changes.push(text);\n          }\n          // Change objects may be chained with next.\n          changeObj = changeObj.next;\n        }\n      }\n    }\n\n    /**\n    * Listens for any kind of cursor activity on CodeMirror.\n    */\n    function onCursorActivity(cm) {\n      var vim = cm.state.vim;\n      if (vim.insertMode) {\n        // Tracking cursor activity in insert mode (for macro support).\n        var macroModeState = vimGlobalState.macroModeState;\n        if (macroModeState.isPlaying) { return; }\n        var lastChange = macroModeState.lastInsertModeChanges;\n        if (lastChange.expectCursorActivityForChange) {\n          lastChange.expectCursorActivityForChange = false;\n        } else {\n          // Cursor moved outside the context of an edit. Reset the change.\n          lastChange.changes = [];\n        }\n      } else if (!cm.curOp.isVimOp) {\n        handleExternalSelection(cm, vim);\n      }\n      if (vim.visualMode) {\n        updateFakeCursor(cm);\n      }\n    }\n    function updateFakeCursor(cm) {\n      var vim = cm.state.vim;\n      var from = clipCursorToContent(cm, copyCursor(vim.sel.head));\n      var to = offsetCursor(from, 0, 1);\n      if (vim.fakeCursor) {\n        vim.fakeCursor.clear();\n      }\n      vim.fakeCursor = cm.markText(from, to, {className: 'cm-animate-fat-cursor'});\n    }\n    function handleExternalSelection(cm, vim) {\n      var anchor = cm.getCursor('anchor');\n      var head = cm.getCursor('head');\n      // Enter or exit visual mode to match mouse selection.\n      if (vim.visualMode && !cm.somethingSelected()) {\n        exitVisualMode(cm, false);\n      } else if (!vim.visualMode && !vim.insertMode && cm.somethingSelected()) {\n        vim.visualMode = true;\n        vim.visualLine = false;\n        CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n      }\n      if (vim.visualMode) {\n        // Bind CodeMirror selection model to vim selection model.\n        // Mouse selections are considered visual characterwise.\n        var headOffset = !cursorIsBefore(head, anchor) ? -1 : 0;\n        var anchorOffset = cursorIsBefore(head, anchor) ? -1 : 0;\n        head = offsetCursor(head, 0, headOffset);\n        anchor = offsetCursor(anchor, 0, anchorOffset);\n        vim.sel = {\n          anchor: anchor,\n          head: head\n        };\n        updateMark(cm, vim, '<', cursorMin(head, anchor));\n        updateMark(cm, vim, '>', cursorMax(head, anchor));\n      } else if (!vim.insertMode) {\n        // Reset lastHPos if selection was modified by something outside of vim mode e.g. by mouse.\n        vim.lastHPos = cm.getCursor().ch;\n      }\n    }\n\n    /** Wrapper for special keys pressed in insert mode */\n    function InsertModeKey(keyName) {\n      this.keyName = keyName;\n    }\n\n    /**\n    * Handles raw key down events from the text area.\n    * - Should only be active in insert mode.\n    * - For recording deletes in insert mode.\n    */\n    function onKeyEventTargetKeyDown(e) {\n      var macroModeState = vimGlobalState.macroModeState;\n      var lastChange = macroModeState.lastInsertModeChanges;\n      var keyName = CodeMirror.keyName(e);\n      if (!keyName) { return; }\n      function onKeyFound() {\n        lastChange.changes.push(new InsertModeKey(keyName));\n        return true;\n      }\n      if (keyName.indexOf('Delete') != -1 || keyName.indexOf('Backspace') != -1) {\n        CodeMirror.lookupKey(keyName, 'vim-insert', onKeyFound);\n      }\n    }\n\n    /**\n     * Repeats the last edit, which includes exactly 1 command and at most 1\n     * insert. Operator and motion commands are read from lastEditInputState,\n     * while action commands are read from lastEditActionCommand.\n     *\n     * If repeatForInsert is true, then the function was called by\n     * exitInsertMode to repeat the insert mode changes the user just made. The\n     * corresponding enterInsertMode call was made with a count.\n     */\n    function repeatLastEdit(cm, vim, repeat, repeatForInsert) {\n      var macroModeState = vimGlobalState.macroModeState;\n      macroModeState.isPlaying = true;\n      var isAction = !!vim.lastEditActionCommand;\n      var cachedInputState = vim.inputState;\n      function repeatCommand() {\n        if (isAction) {\n          commandDispatcher.processAction(cm, vim, vim.lastEditActionCommand);\n        } else {\n          commandDispatcher.evalInput(cm, vim);\n        }\n      }\n      function repeatInsert(repeat) {\n        if (macroModeState.lastInsertModeChanges.changes.length > 0) {\n          // For some reason, repeat cw in desktop VIM does not repeat\n          // insert mode changes. Will conform to that behavior.\n          repeat = !vim.lastEditActionCommand ? 1 : repeat;\n          var changeObject = macroModeState.lastInsertModeChanges;\n          repeatInsertModeChanges(cm, changeObject.changes, repeat);\n        }\n      }\n      vim.inputState = vim.lastEditInputState;\n      if (isAction && vim.lastEditActionCommand.interlaceInsertRepeat) {\n        // o and O repeat have to be interlaced with insert repeats so that the\n        // insertions appear on separate lines instead of the last line.\n        for (var i = 0; i < repeat; i++) {\n          repeatCommand();\n          repeatInsert(1);\n        }\n      } else {\n        if (!repeatForInsert) {\n          // Hack to get the cursor to end up at the right place. If I is\n          // repeated in insert mode repeat, cursor will be 1 insert\n          // change set left of where it should be.\n          repeatCommand();\n        }\n        repeatInsert(repeat);\n      }\n      vim.inputState = cachedInputState;\n      if (vim.insertMode && !repeatForInsert) {\n        // Don't exit insert mode twice. If repeatForInsert is set, then we\n        // were called by an exitInsertMode call lower on the stack.\n        exitInsertMode(cm);\n      }\n      macroModeState.isPlaying = false;\n    };\n\n    function repeatInsertModeChanges(cm, changes, repeat) {\n      function keyHandler(binding) {\n        if (typeof binding == 'string') {\n          CodeMirror.commands[binding](cm);\n        } else {\n          binding(cm);\n        }\n        return true;\n      }\n      var head = cm.getCursor('head');\n      var inVisualBlock = vimGlobalState.macroModeState.lastInsertModeChanges.inVisualBlock;\n      if (inVisualBlock) {\n        // Set up block selection again for repeating the changes.\n        var vim = cm.state.vim;\n        var lastSel = vim.lastSelection;\n        var offset = getOffset(lastSel.anchor, lastSel.head);\n        selectForInsert(cm, head, offset.line + 1);\n        repeat = cm.listSelections().length;\n        cm.setCursor(head);\n      }\n      for (var i = 0; i < repeat; i++) {\n        if (inVisualBlock) {\n          cm.setCursor(offsetCursor(head, i, 0));\n        }\n        for (var j = 0; j < changes.length; j++) {\n          var change = changes[j];\n          if (change instanceof InsertModeKey) {\n            CodeMirror.lookupKey(change.keyName, 'vim-insert', keyHandler);\n          } else {\n            var cur = cm.getCursor();\n            cm.replaceRange(change, cur, cur);\n          }\n        }\n      }\n      if (inVisualBlock) {\n        cm.setCursor(offsetCursor(head, 0, 1));\n      }\n    }\n\n    resetVimGlobalState();\n    return vimApi;\n  };\n  // Initialize Vim and make it available as an API.\n  CodeMirror.Vim = Vim();\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/keymap/vim.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// A rough approximation of Sublime Text's keybindings\n// Depends on addon/search/searchcursor.js and optionally addon/dialog/dialogs.js\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/edit/matchbrackets\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/edit/matchbrackets\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n\n  var map = CodeMirror.keyMap.sublime = {fallthrough: \"default\"};\n  var cmds = CodeMirror.commands;\n  var Pos = CodeMirror.Pos;\n  var mac = CodeMirror.keyMap[\"default\"] == CodeMirror.keyMap.macDefault;\n  var ctrl = mac ? \"Cmd-\" : \"Ctrl-\";\n\n  // This is not exactly Sublime's algorithm. I couldn't make heads or tails of that.\n  function findPosSubword(doc, start, dir) {\n    if (dir < 0 && start.ch == 0) return doc.clipPos(Pos(start.line - 1));\n    var line = doc.getLine(start.line);\n    if (dir > 0 && start.ch >= line.length) return doc.clipPos(Pos(start.line + 1, 0));\n    var state = \"start\", type;\n    for (var pos = start.ch, e = dir < 0 ? 0 : line.length, i = 0; pos != e; pos += dir, i++) {\n      var next = line.charAt(dir < 0 ? pos - 1 : pos);\n      var cat = next != \"_\" && CodeMirror.isWordChar(next) ? \"w\" : \"o\";\n      if (cat == \"w\" && next.toUpperCase() == next) cat = \"W\";\n      if (state == \"start\") {\n        if (cat != \"o\") { state = \"in\"; type = cat; }\n      } else if (state == \"in\") {\n        if (type != cat) {\n          if (type == \"w\" && cat == \"W\" && dir < 0) pos--;\n          if (type == \"W\" && cat == \"w\" && dir > 0) { type = \"w\"; continue; }\n          break;\n        }\n      }\n    }\n    return Pos(start.line, pos);\n  }\n\n  function moveSubword(cm, dir) {\n    cm.extendSelectionsBy(function(range) {\n      if (cm.display.shift || cm.doc.extend || range.empty())\n        return findPosSubword(cm.doc, range.head, dir);\n      else\n        return dir < 0 ? range.from() : range.to();\n    });\n  }\n\n  cmds[map[\"Alt-Left\"] = \"goSubwordLeft\"] = function(cm) { moveSubword(cm, -1); };\n  cmds[map[\"Alt-Right\"] = \"goSubwordRight\"] = function(cm) { moveSubword(cm, 1); };\n\n  var scrollLineCombo = mac ? \"Ctrl-Alt-\" : \"Ctrl-\";\n\n  cmds[map[scrollLineCombo + \"Up\"] = \"scrollLineUp\"] = function(cm) {\n    var info = cm.getScrollInfo();\n    if (!cm.somethingSelected()) {\n      var visibleBottomLine = cm.lineAtHeight(info.top + info.clientHeight, \"local\");\n      if (cm.getCursor().line >= visibleBottomLine)\n        cm.execCommand(\"goLineUp\");\n    }\n    cm.scrollTo(null, info.top - cm.defaultTextHeight());\n  };\n  cmds[map[scrollLineCombo + \"Down\"] = \"scrollLineDown\"] = function(cm) {\n    var info = cm.getScrollInfo();\n    if (!cm.somethingSelected()) {\n      var visibleTopLine = cm.lineAtHeight(info.top, \"local\")+1;\n      if (cm.getCursor().line <= visibleTopLine)\n        cm.execCommand(\"goLineDown\");\n    }\n    cm.scrollTo(null, info.top + cm.defaultTextHeight());\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"L\"] = \"splitSelectionByLine\"] = function(cm) {\n    var ranges = cm.listSelections(), lineRanges = [];\n    for (var i = 0; i < ranges.length; i++) {\n      var from = ranges[i].from(), to = ranges[i].to();\n      for (var line = from.line; line <= to.line; ++line)\n        if (!(to.line > from.line && line == to.line && to.ch == 0))\n          lineRanges.push({anchor: line == from.line ? from : Pos(line, 0),\n                           head: line == to.line ? to : Pos(line)});\n    }\n    cm.setSelections(lineRanges, 0);\n  };\n\n  map[\"Shift-Tab\"] = \"indentLess\";\n\n  cmds[map[\"Esc\"] = \"singleSelectionTop\"] = function(cm) {\n    var range = cm.listSelections()[0];\n    cm.setSelection(range.anchor, range.head, {scroll: false});\n  };\n\n  cmds[map[ctrl + \"L\"] = \"selectLine\"] = function(cm) {\n    var ranges = cm.listSelections(), extended = [];\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i];\n      extended.push({anchor: Pos(range.from().line, 0),\n                     head: Pos(range.to().line + 1, 0)});\n    }\n    cm.setSelections(extended);\n  };\n\n  map[\"Shift-Ctrl-K\"] = \"deleteLine\";\n\n  function insertLine(cm, above) {\n    if (cm.isReadOnly()) return CodeMirror.Pass\n    cm.operation(function() {\n      var len = cm.listSelections().length, newSelection = [], last = -1;\n      for (var i = 0; i < len; i++) {\n        var head = cm.listSelections()[i].head;\n        if (head.line <= last) continue;\n        var at = Pos(head.line + (above ? 0 : 1), 0);\n        cm.replaceRange(\"\\n\", at, null, \"+insertLine\");\n        cm.indentLine(at.line, null, true);\n        newSelection.push({head: at, anchor: at});\n        last = head.line + 1;\n      }\n      cm.setSelections(newSelection);\n    });\n  }\n\n  cmds[map[ctrl + \"Enter\"] = \"insertLineAfter\"] = function(cm) { return insertLine(cm, false); };\n\n  cmds[map[\"Shift-\" + ctrl + \"Enter\"] = \"insertLineBefore\"] = function(cm) { return insertLine(cm, true); };\n\n  function wordAt(cm, pos) {\n    var start = pos.ch, end = start, line = cm.getLine(pos.line);\n    while (start && CodeMirror.isWordChar(line.charAt(start - 1))) --start;\n    while (end < line.length && CodeMirror.isWordChar(line.charAt(end))) ++end;\n    return {from: Pos(pos.line, start), to: Pos(pos.line, end), word: line.slice(start, end)};\n  }\n\n  cmds[map[ctrl + \"D\"] = \"selectNextOccurrence\"] = function(cm) {\n    var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n    var fullWord = cm.state.sublimeFindFullWord == cm.doc.sel;\n    if (CodeMirror.cmpPos(from, to) == 0) {\n      var word = wordAt(cm, from);\n      if (!word.word) return;\n      cm.setSelection(word.from, word.to);\n      fullWord = true;\n    } else {\n      var text = cm.getRange(from, to);\n      var query = fullWord ? new RegExp(\"\\\\b\" + text + \"\\\\b\") : text;\n      var cur = cm.getSearchCursor(query, to);\n      if (cur.findNext()) {\n        cm.addSelection(cur.from(), cur.to());\n      } else {\n        cur = cm.getSearchCursor(query, Pos(cm.firstLine(), 0));\n        if (cur.findNext())\n          cm.addSelection(cur.from(), cur.to());\n      }\n    }\n    if (fullWord)\n      cm.state.sublimeFindFullWord = cm.doc.sel;\n  };\n\n  var mirror = \"(){}[]\";\n  function selectBetweenBrackets(cm) {\n    var pos = cm.getCursor(), opening = cm.scanForBracket(pos, -1);\n    if (!opening) return;\n    for (;;) {\n      var closing = cm.scanForBracket(pos, 1);\n      if (!closing) return;\n      if (closing.ch == mirror.charAt(mirror.indexOf(opening.ch) + 1)) {\n        cm.setSelection(Pos(opening.pos.line, opening.pos.ch + 1), closing.pos, false);\n        return true;\n      }\n      pos = Pos(closing.pos.line, closing.pos.ch + 1);\n    }\n  }\n\n  cmds[map[\"Shift-\" + ctrl + \"Space\"] = \"selectScope\"] = function(cm) {\n    selectBetweenBrackets(cm) || cm.execCommand(\"selectAll\");\n  };\n  cmds[map[\"Shift-\" + ctrl + \"M\"] = \"selectBetweenBrackets\"] = function(cm) {\n    if (!selectBetweenBrackets(cm)) return CodeMirror.Pass;\n  };\n\n  cmds[map[ctrl + \"M\"] = \"goToBracket\"] = function(cm) {\n    cm.extendSelectionsBy(function(range) {\n      var next = cm.scanForBracket(range.head, 1);\n      if (next && CodeMirror.cmpPos(next.pos, range.head) != 0) return next.pos;\n      var prev = cm.scanForBracket(range.head, -1);\n      return prev && Pos(prev.pos.line, prev.pos.ch + 1) || range.head;\n    });\n  };\n\n  var swapLineCombo = mac ? \"Cmd-Ctrl-\" : \"Shift-Ctrl-\";\n\n  cmds[map[swapLineCombo + \"Up\"] = \"swapLineUp\"] = function(cm) {\n    if (cm.isReadOnly()) return CodeMirror.Pass\n    var ranges = cm.listSelections(), linesToMove = [], at = cm.firstLine() - 1, newSels = [];\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i], from = range.from().line - 1, to = range.to().line;\n      newSels.push({anchor: Pos(range.anchor.line - 1, range.anchor.ch),\n                    head: Pos(range.head.line - 1, range.head.ch)});\n      if (range.to().ch == 0 && !range.empty()) --to;\n      if (from > at) linesToMove.push(from, to);\n      else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n      at = to;\n    }\n    cm.operation(function() {\n      for (var i = 0; i < linesToMove.length; i += 2) {\n        var from = linesToMove[i], to = linesToMove[i + 1];\n        var line = cm.getLine(from);\n        cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n        if (to > cm.lastLine())\n          cm.replaceRange(\"\\n\" + line, Pos(cm.lastLine()), null, \"+swapLine\");\n        else\n          cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n      }\n      cm.setSelections(newSels);\n      cm.scrollIntoView();\n    });\n  };\n\n  cmds[map[swapLineCombo + \"Down\"] = \"swapLineDown\"] = function(cm) {\n    if (cm.isReadOnly()) return CodeMirror.Pass\n    var ranges = cm.listSelections(), linesToMove = [], at = cm.lastLine() + 1;\n    for (var i = ranges.length - 1; i >= 0; i--) {\n      var range = ranges[i], from = range.to().line + 1, to = range.from().line;\n      if (range.to().ch == 0 && !range.empty()) from--;\n      if (from < at) linesToMove.push(from, to);\n      else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n      at = to;\n    }\n    cm.operation(function() {\n      for (var i = linesToMove.length - 2; i >= 0; i -= 2) {\n        var from = linesToMove[i], to = linesToMove[i + 1];\n        var line = cm.getLine(from);\n        if (from == cm.lastLine())\n          cm.replaceRange(\"\", Pos(from - 1), Pos(from), \"+swapLine\");\n        else\n          cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n        cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n      }\n      cm.scrollIntoView();\n    });\n  };\n\n  cmds[map[ctrl + \"/\"] = \"toggleCommentIndented\"] = function(cm) {\n    cm.toggleComment({ indent: true });\n  }\n\n  cmds[map[ctrl + \"J\"] = \"joinLines\"] = function(cm) {\n    var ranges = cm.listSelections(), joined = [];\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i], from = range.from();\n      var start = from.line, end = range.to().line;\n      while (i < ranges.length - 1 && ranges[i + 1].from().line == end)\n        end = ranges[++i].to().line;\n      joined.push({start: start, end: end, anchor: !range.empty() && from});\n    }\n    cm.operation(function() {\n      var offset = 0, ranges = [];\n      for (var i = 0; i < joined.length; i++) {\n        var obj = joined[i];\n        var anchor = obj.anchor && Pos(obj.anchor.line - offset, obj.anchor.ch), head;\n        for (var line = obj.start; line <= obj.end; line++) {\n          var actual = line - offset;\n          if (line == obj.end) head = Pos(actual, cm.getLine(actual).length + 1);\n          if (actual < cm.lastLine()) {\n            cm.replaceRange(\" \", Pos(actual), Pos(actual + 1, /^\\s*/.exec(cm.getLine(actual + 1))[0].length));\n            ++offset;\n          }\n        }\n        ranges.push({anchor: anchor || head, head: head});\n      }\n      cm.setSelections(ranges, 0);\n    });\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"D\"] = \"duplicateLine\"] = function(cm) {\n    cm.operation(function() {\n      var rangeCount = cm.listSelections().length;\n      for (var i = 0; i < rangeCount; i++) {\n        var range = cm.listSelections()[i];\n        if (range.empty())\n          cm.replaceRange(cm.getLine(range.head.line) + \"\\n\", Pos(range.head.line, 0));\n        else\n          cm.replaceRange(cm.getRange(range.from(), range.to()), range.from());\n      }\n      cm.scrollIntoView();\n    });\n  };\n\n  map[ctrl + \"T\"] = \"transposeChars\";\n\n  function sortLines(cm, caseSensitive) {\n    if (cm.isReadOnly()) return CodeMirror.Pass\n    var ranges = cm.listSelections(), toSort = [], selected;\n    for (var i = 0; i < ranges.length; i++) {\n      var range = ranges[i];\n      if (range.empty()) continue;\n      var from = range.from().line, to = range.to().line;\n      while (i < ranges.length - 1 && ranges[i + 1].from().line == to)\n        to = range[++i].to().line;\n      toSort.push(from, to);\n    }\n    if (toSort.length) selected = true;\n    else toSort.push(cm.firstLine(), cm.lastLine());\n\n    cm.operation(function() {\n      var ranges = [];\n      for (var i = 0; i < toSort.length; i += 2) {\n        var from = toSort[i], to = toSort[i + 1];\n        var start = Pos(from, 0), end = Pos(to);\n        var lines = cm.getRange(start, end, false);\n        if (caseSensitive)\n          lines.sort();\n        else\n          lines.sort(function(a, b) {\n            var au = a.toUpperCase(), bu = b.toUpperCase();\n            if (au != bu) { a = au; b = bu; }\n            return a < b ? -1 : a == b ? 0 : 1;\n          });\n        cm.replaceRange(lines, start, end);\n        if (selected) ranges.push({anchor: start, head: end});\n      }\n      if (selected) cm.setSelections(ranges, 0);\n    });\n  }\n\n  cmds[map[\"F9\"] = \"sortLines\"] = function(cm) { sortLines(cm, true); };\n  cmds[map[ctrl + \"F9\"] = \"sortLinesInsensitive\"] = function(cm) { sortLines(cm, false); };\n\n  cmds[map[\"F2\"] = \"nextBookmark\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks;\n    if (marks) while (marks.length) {\n      var current = marks.shift();\n      var found = current.find();\n      if (found) {\n        marks.push(current);\n        return cm.setSelection(found.from, found.to);\n      }\n    }\n  };\n\n  cmds[map[\"Shift-F2\"] = \"prevBookmark\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks;\n    if (marks) while (marks.length) {\n      marks.unshift(marks.pop());\n      var found = marks[marks.length - 1].find();\n      if (!found)\n        marks.pop();\n      else\n        return cm.setSelection(found.from, found.to);\n    }\n  };\n\n  cmds[map[ctrl + \"F2\"] = \"toggleBookmark\"] = function(cm) {\n    var ranges = cm.listSelections();\n    var marks = cm.state.sublimeBookmarks || (cm.state.sublimeBookmarks = []);\n    for (var i = 0; i < ranges.length; i++) {\n      var from = ranges[i].from(), to = ranges[i].to();\n      var found = cm.findMarks(from, to);\n      for (var j = 0; j < found.length; j++) {\n        if (found[j].sublimeBookmark) {\n          found[j].clear();\n          for (var k = 0; k < marks.length; k++)\n            if (marks[k] == found[j])\n              marks.splice(k--, 1);\n          break;\n        }\n      }\n      if (j == found.length)\n        marks.push(cm.markText(from, to, {sublimeBookmark: true, clearWhenEmpty: false}));\n    }\n  };\n\n  cmds[map[\"Shift-\" + ctrl + \"F2\"] = \"clearBookmarks\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks;\n    if (marks) for (var i = 0; i < marks.length; i++) marks[i].clear();\n    marks.length = 0;\n  };\n\n  cmds[map[\"Alt-F2\"] = \"selectBookmarks\"] = function(cm) {\n    var marks = cm.state.sublimeBookmarks, ranges = [];\n    if (marks) for (var i = 0; i < marks.length; i++) {\n      var found = marks[i].find();\n      if (!found)\n        marks.splice(i--, 0);\n      else\n        ranges.push({anchor: found.from, head: found.to});\n    }\n    if (ranges.length)\n      cm.setSelections(ranges, 0);\n  };\n\n  map[\"Alt-Q\"] = \"wrapLines\";\n\n  var cK = ctrl + \"K \";\n\n  function modifyWordOrSelection(cm, mod) {\n    cm.operation(function() {\n      var ranges = cm.listSelections(), indices = [], replacements = [];\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (range.empty()) { indices.push(i); replacements.push(\"\"); }\n        else replacements.push(mod(cm.getRange(range.from(), range.to())));\n      }\n      cm.replaceSelections(replacements, \"around\", \"case\");\n      for (var i = indices.length - 1, at; i >= 0; i--) {\n        var range = ranges[indices[i]];\n        if (at && CodeMirror.cmpPos(range.head, at) > 0) continue;\n        var word = wordAt(cm, range.head);\n        at = word.from;\n        cm.replaceRange(mod(word.word), word.from, word.to);\n      }\n    });\n  }\n\n  map[cK + ctrl + \"Backspace\"] = \"delLineLeft\";\n\n  cmds[map[\"Backspace\"] = \"smartBackspace\"] = function(cm) {\n    if (cm.somethingSelected()) return CodeMirror.Pass;\n\n    var cursor = cm.getCursor();\n    var toStartOfLine = cm.getRange({line: cursor.line, ch: 0}, cursor);\n    var column = CodeMirror.countColumn(toStartOfLine, null, cm.getOption(\"tabSize\"));\n    var indentUnit = cm.getOption(\"indentUnit\");\n\n    if (toStartOfLine && !/\\S/.test(toStartOfLine) && column % indentUnit == 0) {\n      var prevIndent = new Pos(cursor.line,\n        CodeMirror.findColumn(toStartOfLine, column - indentUnit, indentUnit));\n\n      // If no smart delete is happening (due to tab sizing) just do a regular delete\n      if (prevIndent.ch == cursor.ch) return CodeMirror.Pass;\n\n      return cm.replaceRange(\"\", prevIndent, cursor, \"+delete\");\n    } else {\n      return CodeMirror.Pass;\n    }\n  };\n\n  cmds[map[cK + ctrl + \"K\"] = \"delLineRight\"] = function(cm) {\n    cm.operation(function() {\n      var ranges = cm.listSelections();\n      for (var i = ranges.length - 1; i >= 0; i--)\n        cm.replaceRange(\"\", ranges[i].anchor, Pos(ranges[i].to().line), \"+delete\");\n      cm.scrollIntoView();\n    });\n  };\n\n  cmds[map[cK + ctrl + \"U\"] = \"upcaseAtCursor\"] = function(cm) {\n    modifyWordOrSelection(cm, function(str) { return str.toUpperCase(); });\n  };\n  cmds[map[cK + ctrl + \"L\"] = \"downcaseAtCursor\"] = function(cm) {\n    modifyWordOrSelection(cm, function(str) { return str.toLowerCase(); });\n  };\n\n  cmds[map[cK + ctrl + \"Space\"] = \"setSublimeMark\"] = function(cm) {\n    if (cm.state.sublimeMark) cm.state.sublimeMark.clear();\n    cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n  };\n  cmds[map[cK + ctrl + \"A\"] = \"selectToSublimeMark\"] = function(cm) {\n    var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n    if (found) cm.setSelection(cm.getCursor(), found);\n  };\n  cmds[map[cK + ctrl + \"W\"] = \"deleteToSublimeMark\"] = function(cm) {\n    var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n    if (found) {\n      var from = cm.getCursor(), to = found;\n      if (CodeMirror.cmpPos(from, to) > 0) { var tmp = to; to = from; from = tmp; }\n      cm.state.sublimeKilled = cm.getRange(from, to);\n      cm.replaceRange(\"\", from, to);\n    }\n  };\n  cmds[map[cK + ctrl + \"X\"] = \"swapWithSublimeMark\"] = function(cm) {\n    var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n    if (found) {\n      cm.state.sublimeMark.clear();\n      cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n      cm.setCursor(found);\n    }\n  };\n  cmds[map[cK + ctrl + \"Y\"] = \"sublimeYank\"] = function(cm) {\n    if (cm.state.sublimeKilled != null)\n      cm.replaceSelection(cm.state.sublimeKilled, null, \"paste\");\n  };\n\n  map[cK + ctrl + \"G\"] = \"clearBookmarks\";\n  cmds[map[cK + ctrl + \"C\"] = \"showInCenter\"] = function(cm) {\n    var pos = cm.cursorCoords(null, \"local\");\n    cm.scrollTo(null, (pos.top + pos.bottom) / 2 - cm.getScrollInfo().clientHeight / 2);\n  };\n\n  cmds[map[\"Shift-Alt-Up\"] = \"selectLinesUpward\"] = function(cm) {\n    cm.operation(function() {\n      var ranges = cm.listSelections();\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (range.head.line > cm.firstLine())\n          cm.addSelection(Pos(range.head.line - 1, range.head.ch));\n      }\n    });\n  };\n  cmds[map[\"Shift-Alt-Down\"] = \"selectLinesDownward\"] = function(cm) {\n    cm.operation(function() {\n      var ranges = cm.listSelections();\n      for (var i = 0; i < ranges.length; i++) {\n        var range = ranges[i];\n        if (range.head.line < cm.lastLine())\n          cm.addSelection(Pos(range.head.line + 1, range.head.ch));\n      }\n    });\n  };\n\n  function getTarget(cm) {\n    var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n    if (CodeMirror.cmpPos(from, to) == 0) {\n      var word = wordAt(cm, from);\n      if (!word.word) return;\n      from = word.from;\n      to = word.to;\n    }\n    return {from: from, to: to, query: cm.getRange(from, to), word: word};\n  }\n\n  function findAndGoTo(cm, forward) {\n    var target = getTarget(cm);\n    if (!target) return;\n    var query = target.query;\n    var cur = cm.getSearchCursor(query, forward ? target.to : target.from);\n\n    if (forward ? cur.findNext() : cur.findPrevious()) {\n      cm.setSelection(cur.from(), cur.to());\n    } else {\n      cur = cm.getSearchCursor(query, forward ? Pos(cm.firstLine(), 0)\n                                              : cm.clipPos(Pos(cm.lastLine())));\n      if (forward ? cur.findNext() : cur.findPrevious())\n        cm.setSelection(cur.from(), cur.to());\n      else if (target.word)\n        cm.setSelection(target.from, target.to);\n    }\n  };\n  cmds[map[ctrl + \"F3\"] = \"findUnder\"] = function(cm) { findAndGoTo(cm, true); };\n  cmds[map[\"Shift-\" + ctrl + \"F3\"] = \"findUnderPrevious\"] = function(cm) { findAndGoTo(cm,false); };\n  cmds[map[\"Alt-F3\"] = \"findAllUnder\"] = function(cm) {\n    var target = getTarget(cm);\n    if (!target) return;\n    var cur = cm.getSearchCursor(target.query);\n    var matches = [];\n    var primaryIndex = -1;\n    while (cur.findNext()) {\n      matches.push({anchor: cur.from(), head: cur.to()});\n      if (cur.from().line <= target.from.line && cur.from().ch <= target.from.ch)\n        primaryIndex++;\n    }\n    cm.setSelections(matches, primaryIndex);\n  };\n\n  map[\"Shift-\" + ctrl + \"[\"] = \"fold\";\n  map[\"Shift-\" + ctrl + \"]\"] = \"unfold\";\n  map[cK + ctrl + \"0\"] = map[cK + ctrl + \"j\"] = \"unfoldAll\";\n\n  map[ctrl + \"I\"] = \"findIncremental\";\n  map[\"Shift-\" + ctrl + \"I\"] = \"findIncrementalReverse\";\n  map[ctrl + \"H\"] = \"replace\";\n  map[\"F3\"] = \"findNext\";\n  map[\"Shift-F3\"] = \"findPrev\";\n\n  CodeMirror.normalizeKeyMap(map);\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js": {
            "text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n  if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n    mod(require(\"../lib/codemirror\"));\n  else if (typeof define == \"function\" && define.amd) // AMD\n    define([\"../lib/codemirror\"], mod);\n  else // Plain browser env\n    mod(CodeMirror);\n})(function(CodeMirror) {\n  \"use strict\";\n\n  var Pos = CodeMirror.Pos;\n  function posEq(a, b) { return a.line == b.line && a.ch == b.ch; }\n\n  // Kill 'ring'\n\n  var killRing = [];\n  function addToRing(str) {\n    killRing.push(str);\n    if (killRing.length > 50) killRing.shift();\n  }\n  function growRingTop(str) {\n    if (!killRing.length) return addToRing(str);\n    killRing[killRing.length - 1] += str;\n  }\n  function getFromRing(n) { return killRing[killRing.length - (n ? Math.min(n, 1) : 1)] || \"\"; }\n  function popFromRing() { if (killRing.length > 1) killRing.pop(); return getFromRing(); }\n\n  var lastKill = null;\n\n  function kill(cm, from, to, mayGrow, text) {\n    if (text == null) text = cm.getRange(from, to);\n\n    if (mayGrow && lastKill && lastKill.cm == cm && posEq(from, lastKill.pos) && cm.isClean(lastKill.gen))\n      growRingTop(text);\n    else\n      addToRing(text);\n    cm.replaceRange(\"\", from, to, \"+delete\");\n\n    if (mayGrow) lastKill = {cm: cm, pos: from, gen: cm.changeGeneration()};\n    else lastKill = null;\n  }\n\n  // Boundaries of various units\n\n  function byChar(cm, pos, dir) {\n    return cm.findPosH(pos, dir, \"char\", true);\n  }\n\n  function byWord(cm, pos, dir) {\n    return cm.findPosH(pos, dir, \"word\", true);\n  }\n\n  function byLine(cm, pos, dir) {\n    return cm.findPosV(pos, dir, \"line\", cm.doc.sel.goalColumn);\n  }\n\n  function byPage(cm, pos, dir) {\n    return cm.findPosV(pos, dir, \"page\", cm.doc.sel.goalColumn);\n  }\n\n  function byParagraph(cm, pos, dir) {\n    var no = pos.line, line = cm.getLine(no);\n    var sawText = /\\S/.test(dir < 0 ? line.slice(0, pos.ch) : line.slice(pos.ch));\n    var fst = cm.firstLine(), lst = cm.lastLine();\n    for (;;) {\n      no += dir;\n      if (no < fst || no > lst)\n        return cm.clipPos(Pos(no - dir, dir < 0 ? 0 : null));\n      line = cm.getLine(no);\n      var hasText = /\\S/.test(line);\n      if (hasText) sawText = true;\n      else if (sawText) return Pos(no, 0);\n    }\n  }\n\n  function bySentence(cm, pos, dir) {\n    var line = pos.line, ch = pos.ch;\n    var text = cm.getLine(pos.line), sawWord = false;\n    for (;;) {\n      var next = text.charAt(ch + (dir < 0 ? -1 : 0));\n      if (!next) { // End/beginning of line reached\n        if (line == (dir < 0 ? cm.firstLine() : cm.lastLine())) return Pos(line, ch);\n        text = cm.getLine(line + dir);\n        if (!/\\S/.test(text)) return Pos(line, ch);\n        line += dir;\n        ch = dir < 0 ? text.length : 0;\n        continue;\n      }\n      if (sawWord && /[!?.]/.test(next)) return Pos(line, ch + (dir > 0 ? 1 : 0));\n      if (!sawWord) sawWord = /\\w/.test(next);\n      ch += dir;\n    }\n  }\n\n  function byExpr(cm, pos, dir) {\n    var wrap;\n    if (cm.findMatchingBracket && (wrap = cm.findMatchingBracket(pos, true))\n        && wrap.match && (wrap.forward ? 1 : -1) == dir)\n      return dir > 0 ? Pos(wrap.to.line, wrap.to.ch + 1) : wrap.to;\n\n    for (var first = true;; first = false) {\n      var token = cm.getTokenAt(pos);\n      var after = Pos(pos.line, dir < 0 ? token.start : token.end);\n      if (first && dir > 0 && token.end == pos.ch || !/\\w/.test(token.string)) {\n        var newPos = cm.findPosH(after, dir, \"char\");\n        if (posEq(after, newPos)) return pos;\n        else pos = newPos;\n      } else {\n        return after;\n      }\n    }\n  }\n\n  // Prefixes (only crudely supported)\n\n  function getPrefix(cm, precise) {\n    var digits = cm.state.emacsPrefix;\n    if (!digits) return precise ? null : 1;\n    clearPrefix(cm);\n    return digits == \"-\" ? -1 : Number(digits);\n  }\n\n  function repeated(cmd) {\n    var f = typeof cmd == \"string\" ? function(cm) { cm.execCommand(cmd); } : cmd;\n    return function(cm) {\n      var prefix = getPrefix(cm);\n      f(cm);\n      for (var i = 1; i < prefix; ++i) f(cm);\n    };\n  }\n\n  function findEnd(cm, pos, by, dir) {\n    var prefix = getPrefix(cm);\n    if (prefix < 0) { dir = -dir; prefix = -prefix; }\n    for (var i = 0; i < prefix; ++i) {\n      var newPos = by(cm, pos, dir);\n      if (posEq(newPos, pos)) break;\n      pos = newPos;\n    }\n    return pos;\n  }\n\n  function move(by, dir) {\n    var f = function(cm) {\n      cm.extendSelection(findEnd(cm, cm.getCursor(), by, dir));\n    };\n    f.motion = true;\n    return f;\n  }\n\n  function killTo(cm, by, dir) {\n    var selections = cm.listSelections(), cursor;\n    var i = selections.length;\n    while (i--) {\n      cursor = selections[i].head;\n      kill(cm, cursor, findEnd(cm, cursor, by, dir), true);\n    }\n  }\n\n  function killRegion(cm) {\n    if (cm.somethingSelected()) {\n      var selections = cm.listSelections(), selection;\n      var i = selections.length;\n      while (i--) {\n        selection = selections[i];\n        kill(cm, selection.anchor, selection.head);\n      }\n      return true;\n    }\n  }\n\n  function addPrefix(cm, digit) {\n    if (cm.state.emacsPrefix) {\n      if (digit != \"-\") cm.state.emacsPrefix += digit;\n      return;\n    }\n    // Not active yet\n    cm.state.emacsPrefix = digit;\n    cm.on(\"keyHandled\", maybeClearPrefix);\n    cm.on(\"inputRead\", maybeDuplicateInput);\n  }\n\n  var prefixPreservingKeys = {\"Alt-G\": true, \"Ctrl-X\": true, \"Ctrl-Q\": true, \"Ctrl-U\": true};\n\n  function maybeClearPrefix(cm, arg) {\n    if (!cm.state.emacsPrefixMap && !prefixPreservingKeys.hasOwnProperty(arg))\n      clearPrefix(cm);\n  }\n\n  function clearPrefix(cm) {\n    cm.state.emacsPrefix = null;\n    cm.off(\"keyHandled\", maybeClearPrefix);\n    cm.off(\"inputRead\", maybeDuplicateInput);\n  }\n\n  function maybeDuplicateInput(cm, event) {\n    var dup = getPrefix(cm);\n    if (dup > 1 && event.origin == \"+input\") {\n      var one = event.text.join(\"\\n\"), txt = \"\";\n      for (var i = 1; i < dup; ++i) txt += one;\n      cm.replaceSelection(txt);\n    }\n  }\n\n  function addPrefixMap(cm) {\n    cm.state.emacsPrefixMap = true;\n    cm.addKeyMap(prefixMap);\n    cm.on(\"keyHandled\", maybeRemovePrefixMap);\n    cm.on(\"inputRead\", maybeRemovePrefixMap);\n  }\n\n  function maybeRemovePrefixMap(cm, arg) {\n    if (typeof arg == \"string\" && (/^\\d$/.test(arg) || arg == \"Ctrl-U\")) return;\n    cm.removeKeyMap(prefixMap);\n    cm.state.emacsPrefixMap = false;\n    cm.off(\"keyHandled\", maybeRemovePrefixMap);\n    cm.off(\"inputRead\", maybeRemovePrefixMap);\n  }\n\n  // Utilities\n\n  function setMark(cm) {\n    cm.setCursor(cm.getCursor());\n    cm.setExtending(!cm.getExtending());\n    cm.on(\"change\", function() { cm.setExtending(false); });\n  }\n\n  function clearMark(cm) {\n    cm.setExtending(false);\n    cm.setCursor(cm.getCursor());\n  }\n\n  function getInput(cm, msg, f) {\n    if (cm.openDialog)\n      cm.openDialog(msg + \": <input type=\\\"text\\\" style=\\\"width: 10em\\\"/>\", f, {bottom: true});\n    else\n      f(prompt(msg, \"\"));\n  }\n\n  function operateOnWord(cm, op) {\n    var start = cm.getCursor(), end = cm.findPosH(start, 1, \"word\");\n    cm.replaceRange(op(cm.getRange(start, end)), start, end);\n    cm.setCursor(end);\n  }\n\n  function toEnclosingExpr(cm) {\n    var pos = cm.getCursor(), line = pos.line, ch = pos.ch;\n    var stack = [];\n    while (line >= cm.firstLine()) {\n      var text = cm.getLine(line);\n      for (var i = ch == null ? text.length : ch; i > 0;) {\n        var ch = text.charAt(--i);\n        if (ch == \")\")\n          stack.push(\"(\");\n        else if (ch == \"]\")\n          stack.push(\"[\");\n        else if (ch == \"}\")\n          stack.push(\"{\");\n        else if (/[\\(\\{\\[]/.test(ch) && (!stack.length || stack.pop() != ch))\n          return cm.extendSelection(Pos(line, i));\n      }\n      --line; ch = null;\n    }\n  }\n\n  function quit(cm) {\n    cm.execCommand(\"clearSearch\");\n    clearMark(cm);\n  }\n\n  // Actual keymap\n\n  var keyMap = CodeMirror.keyMap.emacs = CodeMirror.normalizeKeyMap({\n    \"Ctrl-W\": function(cm) {kill(cm, cm.getCursor(\"start\"), cm.getCursor(\"end\"));},\n    \"Ctrl-K\": repeated(function(cm) {\n      var start = cm.getCursor(), end = cm.clipPos(Pos(start.line));\n      var text = cm.getRange(start, end);\n      if (!/\\S/.test(text)) {\n        text += \"\\n\";\n        end = Pos(start.line + 1, 0);\n      }\n      kill(cm, start, end, true, text);\n    }),\n    \"Alt-W\": function(cm) {\n      addToRing(cm.getSelection());\n      clearMark(cm);\n    },\n    \"Ctrl-Y\": function(cm) {\n      var start = cm.getCursor();\n      cm.replaceRange(getFromRing(getPrefix(cm)), start, start, \"paste\");\n      cm.setSelection(start, cm.getCursor());\n    },\n    \"Alt-Y\": function(cm) {cm.replaceSelection(popFromRing(), \"around\", \"paste\");},\n\n    \"Ctrl-Space\": setMark, \"Ctrl-Shift-2\": setMark,\n\n    \"Ctrl-F\": move(byChar, 1), \"Ctrl-B\": move(byChar, -1),\n    \"Right\": move(byChar, 1), \"Left\": move(byChar, -1),\n    \"Ctrl-D\": function(cm) { killTo(cm, byChar, 1); },\n    \"Delete\": function(cm) { killRegion(cm) || killTo(cm, byChar, 1); },\n    \"Ctrl-H\": function(cm) { killTo(cm, byChar, -1); },\n    \"Backspace\": function(cm) { killRegion(cm) || killTo(cm, byChar, -1); },\n\n    \"Alt-F\": move(byWord, 1), \"Alt-B\": move(byWord, -1),\n    \"Alt-D\": function(cm) { killTo(cm, byWord, 1); },\n    \"Alt-Backspace\": function(cm) { killTo(cm, byWord, -1); },\n\n    \"Ctrl-N\": move(byLine, 1), \"Ctrl-P\": move(byLine, -1),\n    \"Down\": move(byLine, 1), \"Up\": move(byLine, -1),\n    \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n    \"End\": \"goLineEnd\", \"Home\": \"goLineStart\",\n\n    \"Alt-V\": move(byPage, -1), \"Ctrl-V\": move(byPage, 1),\n    \"PageUp\": move(byPage, -1), \"PageDown\": move(byPage, 1),\n\n    \"Ctrl-Up\": move(byParagraph, -1), \"Ctrl-Down\": move(byParagraph, 1),\n\n    \"Alt-A\": move(bySentence, -1), \"Alt-E\": move(bySentence, 1),\n    \"Alt-K\": function(cm) { killTo(cm, bySentence, 1); },\n\n    \"Ctrl-Alt-K\": function(cm) { killTo(cm, byExpr, 1); },\n    \"Ctrl-Alt-Backspace\": function(cm) { killTo(cm, byExpr, -1); },\n    \"Ctrl-Alt-F\": move(byExpr, 1), \"Ctrl-Alt-B\": move(byExpr, -1),\n\n    \"Shift-Ctrl-Alt-2\": function(cm) {\n      var cursor = cm.getCursor();\n      cm.setSelection(findEnd(cm, cursor, byExpr, 1), cursor);\n    },\n    \"Ctrl-Alt-T\": function(cm) {\n      var leftStart = byExpr(cm, cm.getCursor(), -1), leftEnd = byExpr(cm, leftStart, 1);\n      var rightEnd = byExpr(cm, leftEnd, 1), rightStart = byExpr(cm, rightEnd, -1);\n      cm.replaceRange(cm.getRange(rightStart, rightEnd) + cm.getRange(leftEnd, rightStart) +\n                      cm.getRange(leftStart, leftEnd), leftStart, rightEnd);\n    },\n    \"Ctrl-Alt-U\": repeated(toEnclosingExpr),\n\n    \"Alt-Space\": function(cm) {\n      var pos = cm.getCursor(), from = pos.ch, to = pos.ch, text = cm.getLine(pos.line);\n      while (from && /\\s/.test(text.charAt(from - 1))) --from;\n      while (to < text.length && /\\s/.test(text.charAt(to))) ++to;\n      cm.replaceRange(\" \", Pos(pos.line, from), Pos(pos.line, to));\n    },\n    \"Ctrl-O\": repeated(function(cm) { cm.replaceSelection(\"\\n\", \"start\"); }),\n    \"Ctrl-T\": repeated(function(cm) {\n      cm.execCommand(\"transposeChars\");\n    }),\n\n    \"Alt-C\": repeated(function(cm) {\n      operateOnWord(cm, function(w) {\n        var letter = w.search(/\\w/);\n        if (letter == -1) return w;\n        return w.slice(0, letter) + w.charAt(letter).toUpperCase() + w.slice(letter + 1).toLowerCase();\n      });\n    }),\n    \"Alt-U\": repeated(function(cm) {\n      operateOnWord(cm, function(w) { return w.toUpperCase(); });\n    }),\n    \"Alt-L\": repeated(function(cm) {\n      operateOnWord(cm, function(w) { return w.toLowerCase(); });\n    }),\n\n    \"Alt-;\": \"toggleComment\",\n\n    \"Ctrl-/\": repeated(\"undo\"), \"Shift-Ctrl--\": repeated(\"undo\"),\n    \"Ctrl-Z\": repeated(\"undo\"), \"Cmd-Z\": repeated(\"undo\"),\n    \"Shift-Alt-,\": \"goDocStart\", \"Shift-Alt-.\": \"goDocEnd\",\n    \"Ctrl-S\": \"findNext\", \"Ctrl-R\": \"findPrev\", \"Ctrl-G\": quit, \"Shift-Alt-5\": \"replace\",\n    \"Alt-/\": \"autocomplete\",\n    \"Ctrl-J\": \"newlineAndIndent\", \"Enter\": false, \"Tab\": \"indentAuto\",\n\n    \"Alt-G G\": function(cm) {\n      var prefix = getPrefix(cm, true);\n      if (prefix != null && prefix > 0) return cm.setCursor(prefix - 1);\n\n      getInput(cm, \"Goto line\", function(str) {\n        var num;\n        if (str && !isNaN(num = Number(str)) && num == (num|0) && num > 0)\n          cm.setCursor(num - 1);\n      });\n    },\n\n    \"Ctrl-X Tab\": function(cm) {\n      cm.indentSelection(getPrefix(cm, true) || cm.getOption(\"indentUnit\"));\n    },\n    \"Ctrl-X Ctrl-X\": function(cm) {\n      cm.setSelection(cm.getCursor(\"head\"), cm.getCursor(\"anchor\"));\n    },\n    \"Ctrl-X Ctrl-S\": \"save\",\n    \"Ctrl-X Ctrl-W\": \"save\",\n    \"Ctrl-X S\": \"saveAll\",\n    \"Ctrl-X F\": \"open\",\n    \"Ctrl-X U\": repeated(\"undo\"),\n    \"Ctrl-X K\": \"close\",\n    \"Ctrl-X Delete\": function(cm) { kill(cm, cm.getCursor(), bySentence(cm, cm.getCursor(), 1), true); },\n    \"Ctrl-X H\": \"selectAll\",\n\n    \"Ctrl-Q Tab\": repeated(\"insertTab\"),\n    \"Ctrl-U\": addPrefixMap\n  });\n\n  var prefixMap = {\"Ctrl-G\": clearPrefix};\n  function regPrefix(d) {\n    prefixMap[d] = function(cm) { addPrefix(cm, d); };\n    keyMap[\"Ctrl-\" + d] = function(cm) { addPrefix(cm, d); };\n    prefixPreservingKeys[\"Ctrl-\" + d] = true;\n  }\n  for (var i = 0; i < 10; ++i) regPrefix(String(i));\n  regPrefix(\"-\");\n});\n",
            "type": "application/javascript",
            "title": "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js",
            "module-type": "library"
        },
        "$:/plugins/tiddlywiki/codemirror/readme": {
            "title": "$:/plugins/tiddlywiki/codemirror/readme",
            "text": "This plugin provides an enhanced text editor component based on [[CodeMirror|http://codemirror.net]]. It provides several advantages over the default browser text editor:\n\n* Code colouring for many languages (see [[the official documentation here|http://codemirror.net/mode/index.html]])\n* Auto closing brackets and tags\n* Folding brackets, comments, and tags\n* Auto-completion\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/codemirror]]\n\nBased on ~CodeMirror version 5.13.2\n"
        },
        "$:/plugins/tiddlywiki/codemirror/styles": {
            "title": "$:/plugins/tiddlywiki/codemirror/styles",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "/* Make the editor resize to fit its content */\n\n.CodeMirror {\n\theight: auto;\n\tborder: 1px solid #ddd;\n\tline-height: 1.5;\n\tfont-family: \"Monaco\", monospace;\n}\n\n.CodeMirror-scroll {\n\toverflow-x: auto;\n\toverflow-y: hidden;\t\n}\n"
        },
        "$:/plugins/tiddlywiki/codemirror/usage": {
            "title": "$:/plugins/tiddlywiki/codemirror/usage",
            "text": "! Setting ~CodeMirror Content Types\n\nYou can determine which tiddler content types are edited by the ~CodeMirror widget by creating or modifying special tiddlers whose prefix is comprised of the string `$:/config/EditorTypeMappings/` concatenated with the content type. The text of that tiddler gives the editor type to be used (eg, ''text'', ''bitmap'', ''codemirror'').\n\nThe current editor type mappings are shown in [[$:/ControlPanel]] under the \"Advanced\" tab.\n\n! ~CodeMirror Configuration\n\nYou can configure the ~CodeMirror plugin by creating a tiddler called [[$:/config/CodeMirror]] containing a JSON configuration object. The configuration tiddler must have its type field set to `application/json` to take effect.\n\nSee http://codemirror.net/ for details of available configuration options.\n\nFor example:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n      \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n      \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n  ],\n  \"configuration\": {\n      \"keyMap\": \"vim\",\n      \"matchBrackets\":true,\n      \"showCursorWhenSelecting\": true\n  }\n}\n```\n\n!! Basic working configuration\n\n# Create a tiddler called `$:/config/CodeMirror`\n\n# The type of the tiddler has to be set to `application/json`\n\n# The text of the tiddler is the following: \n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n  ],\n  \"configuration\": {\n      \"matchBrackets\":true,\n      \"showCursorWhenSelecting\": true\n  }\n}\n\n```\n\n# You should see line numbers when editing a tiddler\n# When editing a tiddler, no matter what the type of the tiddler is set to, you should see matching brackets being highlighted whenever the cursor is next to one of them\n# If you edit a tiddler with the type `application/javascript` or `application/json` you should see the code being syntax highlighted\n\n!! Add HTML syntax highlighting\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/xml/xml.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"matchBrackets\":true\n  }\n}\n```\n# Edit a tiddler with the type `text/html` and write some html code. You should see your code being coloured\n\n!! Add a non-existing language mode\n\nHere's an example of adding a new language mode - in this case, the language C.\n\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/clike/clike.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true\n  }\n}\n```\n\n# Add the correct ~EditorTypeMappings tiddler\n## Find the matching MIME type. If you go on the [[CodeMirror documentation for language modes|http://codemirror.net/mode/index.html]] you can see the [[documentation for the c-like mode|http://codemirror.net/mode/clike/index.html]]. In this documentation, at the end you will be told the MIME types defined. Here it's ''text/x-csrc''\n## Add the tiddler: `$:/config/EditorTypeMappings/text/x-csrc` and fill the text field with : ''codemirror''\n\nIf you edit a tiddler with the type `text/x-csrc` and write some code in C, you should see your text being coloured.\n\n!! Add matching tags\n\n# Add XML and HTML colouring\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/matchtags.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"matchTags\": {\"bothTags\": true},\n    \"extraKeys\": {\"Ctrl-J\": \"toMatchingTag\"}\n  }\n}\n```\n\nEdit a tiddler that has the type :`text/htm` and write this code:\n\n```\n<html>\n      <div id=\"click here and press CTRL+J\">\n      <ul>\n        <li>\n        </li>\n      </ul>\n   </div>\n</html>\n```\n\nIf you click on a tag and press CTRL+J, your cursor will select the matching tag. Supposedly, it should highlight the pair when clicking a tag. However, that part doesn't work.\n\n!! Adding closing tags\n\n# Add the xml mode (see \"Add XML and HTML colouring\")\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closetag.js]]\n\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"autoCloseTags\":true\n  }\n}\n```\n\nIf you edit a tiddler with the type`text/html` and write:\n\n```\n<html>\n```\n\nThen the closing tag ''</html>'' should automatically appear.\n\n!! Add closing brackets\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closebrackets.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js\"\n  ],\n\n  \"configuration\": {\n\n      \"showCursorWhenSelecting\": true,\n      \"matchBrackets\":true,\n      \"autoCloseBrackets\":true\n  }\n}\n```\n\n# If you try to edit any tiddler and write `if(` you should see the bracket closing itself automatically (you will get \"if()\"). It works with (), [], and {}\n# If you try and edit a tiddler with the type `application/javascript`, it will auto-close `()`,`[]`,`{}`,`''` and `\"\"`\n\n!! Adding folding tags\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/fold/foldcode.js]]\n# Repeat the above process for the following tiddlers, but replace the code with the one from the given link:\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js`, the code can be found here [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/addon/fold/xml-fold.js]]\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js`, the code can be found here [[http://codemirror.net/addon/fold/foldgutter.js]]\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.css`\n## Add the tag `$:/tags/Stylesheet`\n## Set the text field of the tiddler with the css code from this link : [[http://codemirror.net/addon/fold/foldgutter.css]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n  \"require\": [\n      \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n      \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js\",\n      \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js\"\n  ],\n  \"configuration\": {\n      \"showCursorWhenSelecting\": true,\n      \"matchTags\": {\"bothTags\": true},\n      \"foldGutter\": true,\n      \"gutters\": [\"CodeMirror-linenumbers\", \"CodeMirror-foldgutter\"]\n  }\n}\n```\n\nNow if you type the below code in a tiddler with the type `text/html`:\n\n```\n<html>\n   <div>\n      <ul>\n\n      </ul>\n   </div>\n</html>\n```\n\nYou should see little arrows just next to the line numbers. Clicking on it will have the effect to fold the code (or unfold it).\n"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/tobibeer/appear/widget.js": {
            "text": "/*\\\r\ntitle: $:/plugins/tobibeer/appear/widget.js\r\ntype: application/javascript\r\nmodule-type: widget\r\n\r\nUse the appear widget for popups, sliders, accordion menus\r\n\r\n@preserve\r\n\\*/\n(function(){\"use strict\";var t=require(\"$:/core/modules/widgets/widget.js\").widget,e=function(t,e){this.initialise(t,e)},i={};e.prototype=new t;e.prototype.render=function(t,e){this.parentDomNode=t;this.nextSibling=e;this.computeAttributes();this.execute();var i,s,r,a,h,n,l=[];if(this.handle){this.getHandlerCache(this.handle,1);this.refreshHandler()}else{s={type:\"button\"};s.attributes=this.setAttributes(s,\"button\");i=s.attributes[\"class\"].value.trim();s.attributes[\"class\"].value=i+\" appear-show\"+(this.handler?\" tc-popup-absolute\":\"\");s.children=this.wiki.parseText(\"text/vnd.tiddlywiki\",this.show,{parseAsInline:true}).tree;h={type:\"reveal\",children:this.parseTreeNode.children};h.attributes=this.setAttributes(h,\"reveal\");h.isBlock=!(this.mode&&this.mode===\"inline\");if(h.attributes.type&&h.attributes.type.value===\"popup\"){s.attributes.popup=h.attributes.state;l.push(s);if(!this.handler){l.push(h)}else{s.attributes.handler=this.handler}}else{h.attributes.type={type:\"string\",value:\"match\"};h.attributes.text={type:\"string\",value:this.currentTiddler};s.attributes.set=h.attributes.state;s.attributes.setTo={type:\"string\",value:this.currentTiddler};a={type:\"reveal\",isBlock:this.block,children:[s],attributes:{type:{type:\"string\",value:\"nomatch\"},state:h.attributes.state,text:{type:\"string\",value:this.currentTiddler}}};if(!this.once){r=$tw.utils.deepCopy(s);r.attributes[\"class\"].value=i+\" appear-hide \"+(this.attr.button.selectedClass?this.attr.button.selectedClass:\"\");r.attributes.setTo={type:\"string\",value:\"\"};r.children=this.wiki.parseText(\"text/vnd.tiddlywiki\",this.hide,{parseAsInline:true}).tree}n=$tw.utils.deepCopy(a);n.children=[];if(!this.once){n.children.push(r)}if(!this.handler){n.children.push(h)}n.attributes.type.value=\"match\";l.push(a,n)}this.makeChildWidgets(l);this.renderChildren(this.parentDomNode,e);if(this.handler){this.addToHandlerCache(h)}}};e.prototype.execute=function(){var t=this;this.attr={map:{reveal:{\"class\":1,position:1,retain:1,state:1,style:1,tag:1,type:1},button:{\"button-class\":1,\"button-style\":1,\"button-tag\":1,tooltip:1,selectedClass:1}},rename:{\"button-class\":\"class\",\"button-style\":\"style\",\"button-tag\":\"tag\"},button:{},reveal:{}};$tw.utils.each(this.attributes,function(e,i){var s;$tw.utils.each(t.attr.map,function(r,a){$tw.utils.each(Object.keys(r),function(r){if(r==i){t.attr[a][i]=e;s=false;return false}});return s})});this.currentTiddler=this.getVariable(\"currentTiddler\");this.show=this.getValue(this.attributes.show,\"show\");this.hide=this.getValue(this.attributes.hide,\"hide\");if(!this.hide){this.hide=this.show}this.once=this.attributes.once&&this.attributes.once!==\"false\";this.$state=this.attributes.$state;this.mode=this.getValue(this.attributes.mode,\"mode\");this.handle=this.attributes.handle;this.handler=this.attributes.handler;this.handlerVariables=(this.attributes.variables||\"\")+\" currentTiddler\";this.keep=[\"yes\",\"true\"].indexOf((this.getValue(this.attributes.keep,\"keep\")||\"\").toLocaleLowerCase())>-1;if(!this.attr.reveal.state){this.attr.reveal.state=this.getValue(undefined,\"default-state\")+this.currentTiddler+this.getStateQualifier()+\"/\"+(this.attr.reveal.type?this.attr.reveal.type+\"/\":\"\")+(this.mode?this.mode+\"/\":\"\")+(this.once?\"once/\":\"\")+(this.$state?\"/\"+this.$state:\"\")}};e.prototype.refresh=function(t){var e=this.computeAttributes();if(Object.keys(e).length){this.refreshSelf();return true}if(this.handle){this.refreshHandler()}return this.refreshChildren(t)};e.prototype.getValue=function(t,e){var i,s,r={show:\"»\",\"default-state\":\"$:/temp/appear/\"};if(t===undefined){i=this.wiki.getTiddler(\"$:/plugins/tobibeer/appear/defaults/\"+e);if(i){s=i.getFieldString(\"undefined\");if(!s||s===\"false\"){t=i.getFieldString(\"text\")}}}if(t===undefined){t=r[e]}return t};e.prototype.setAttributes=function(t,e){var i=this,s={};$tw.utils.each(Object.keys(this.attr.map[e]),function(r){var a,h=i.attr.rename[r];if(!h){h=r}a=i.getValue(i.attr[e][r],r);if(h===\"class\"){a=[\"appear\",\"appear-\"+e,e===\"reveal\"&&i.keep?\"tc-popup-keep\":\"\",i.mode?\"appear-\"+i.mode:\"\",i.once?\"appear-once\":\"\",a||\"\"].join(\" \")}if(a!==undefined){if(h===\"tag\"){t.tag=a}else{s[h]={type:\"string\",value:a}}}});return s};e.prototype.getHandlerCache=function(t,e){var s=i[t];if(!s||e){i[t]={handled:{},handle:{}};s=i[t]}return s};e.prototype.refreshHandler=function(){var t=this,e=this.getHandlerCache(this.handle),s=e.handle;if(Object.keys(s).length){$tw.utils.each(s,function(e,i){t.removeChildNode(i);t.children.push(t.makeChildWidget(e));t.children[t.children.length-1].render(t.parentDomNode,t.nextSibling)});i[this.handle].handle={}}};e.prototype.removeChildNode=function(t){var e=this;$tw.utils.each(this.children,function(i,s){if(i.children[0].state===t){i.removeChildDomNodes();e.children.splice(s);return false}})};e.prototype.addToHandlerCache=function(t){var e=this,i=t.attributes.state.value,s=this.getHandlerCache(this.handler),r=s.handled[i],a={type:\"vars\",children:[t],attributes:{}};$tw.utils.each((this.handlerVariables||\"\").split(\" \"),function(t){t=t.trim();if(t){a.attributes[t]={type:\"string\",value:(e.getVariable(t)||\"\").toString()}}});if(a!==r){s.handle[i]=a;this.wiki.setText(\"$:/temp/appear-handler/\"+this.handler,\"text\",undefined,i)}};exports.appear=e})();",
            "title": "$:/plugins/tobibeer/appear/widget.js",
            "type": "application/javascript",
            "module-type": "widget"
        },
        "$:/plugins/tobibeer/appear/defaults/show": {
            "title": "$:/plugins/tobibeer/appear/defaults/show",
            "text": "»"
        },
        "$:/plugins/tobibeer/appear/defaults/mode": {
            "title": "$:/plugins/tobibeer/appear/defaults/mode",
            "text": "block"
        },
        "$:/plugins/tobibeer/appear/defaults/keep": {
            "title": "$:/plugins/tobibeer/appear/defaults/keep",
            "text": "yes"
        },
        "$:/plugins/tobibeer/appear/defaults/button-class": {
            "title": "$:/plugins/tobibeer/appear/defaults/button-class",
            "text": "tc-btn-invisible tc-tiddlylink"
        },
        "$:/plugins/tobibeer/appear/defaults/default-state": {
            "title": "$:/plugins/tobibeer/appear/defaults/default-state",
            "text": "$:/temp/appear/"
        },
        "$:/plugins/tobibeer/appear/popup.js": {
            "text": "/*\\\r\ntitle: $:/plugins/tobibeer/appear/popup.js\r\ntype: application/javascript\r\nmodule-type: utils\r\n\r\nAn enhanced version of the core Popup to support:\r\n* absolute popups\r\n* preview popups\r\n* popup z-index\r\n\r\n@preserve\r\n\\*/\n(function(){\"use strict\";var t=require(\"$:/core/modules/utils/dom/popup.js\").Popup,e=require(\"$:/core/modules/widgets/reveal.js\").reveal,s=e.prototype.refresh;t.prototype.show=function(t){var e,s=t.domNode,p=$tw.utils.hasClass(s,\"tc-popup-absolute\"),o=this.popupInfo(s),i=function(t){var e=t,s=0,p=0;do{s+=e.offsetLeft||0;p+=e.offsetTop||0;e=e.offsetParent}while(e);return{left:s,top:p}},l={left:s.offsetLeft,top:s.offsetTop};e=o.popupLevel;if(o.isHandle){e++}this.cancel(e);if(this.findPopup(t.title)===-1){this.popups.push({title:t.title,wiki:t.wiki,domNode:s})}l=p?i(s):l;t.wiki.setTextReference(t.title,\"(\"+l.left+\",\"+l.top+\",\"+s.offsetWidth+\",\"+s.offsetHeight+\")\");if(this.popups.length>0){this.rootElement.addEventListener(\"click\",this,true)}};t.prototype.popupInfo=function(t){var e,s=false,p=t;while(p&&e===undefined){if($tw.utils.hasClass(p,\"tc-popup-handle\")||$tw.utils.hasClass(p,\"tc-popup-keep\")){s=true}if($tw.utils.hasClass(p,\"tc-reveal\")&&($tw.utils.hasClass(p,\"tc-popup\")||$tw.utils.hasClass(p,\"tc-popup-handle\"))){e=parseInt(p.style.zIndex)-1e3}p=p.parentNode}var o={popupLevel:e||0,isHandle:s};return o};t.prototype.handleEvent=function(t){if(t.type===\"click\"){var e=this.popupInfo(t.target),s=e.popupLevel-1;if(e.isHandle){if(s<0){s=1}else{s++}}this.cancel(s)}};e.prototype.refresh=function(){var t,e,p=this.isOpen;e=s.apply(this,arguments);t=this.domNodes[0];if(this.isOpen&&(p!==this.isOpen||!t.style.zIndex)&&t&&(this.type===\"popup\"||$tw.utils.hasClass(t,\"tc-block-dropdown\")&&$tw.utils.hasClass(t,\"tc-reveal\"))){t.style.zIndex=1e3+$tw.popup.popups.length}return e}})();",
            "title": "$:/plugins/tobibeer/appear/popup.js",
            "type": "application/javascript",
            "module-type": "utils"
        },
        "$:/plugins/tobibeer/appear/readme": {
            "title": "$:/plugins/tobibeer/appear/readme",
            "text": "This plugin provides the ''$appear'' widget that can render popups and sliders (inline or block) as well as accordion menus.\n\n!! Attributes\r\n; type\r\n: set to `popup` to have the content appear as a popup\r\n; show\r\n: the button label\r\n; hide\r\n: the hide button label\r\n; mode\r\n: either `block` or `inline`, with respect to the inner content\r\n: any other mode is interpreted as block mode, without the default styles applying, e.g. drop-shadows\r\n; once\r\n: allows to click the button once, then hides it (unless the state is deleted)\r\n; $state\r\n: the widget calculates a state for you, use this to append a simple id\r\n; state\r\n: alternatively, specify a fully qualified state\r\n; keep\r\n: make popups sticky when `yes` or `true`\r\n; handle / handler / variables\r\n: allows to take the popup contents out of the flow and render them elsewhere on the page\r\n: required to properly create popups in table cells and other constained elements\r\n: specify variables to take along\n\n<br>\n\n; documentation / examples / demos...\r\n: http://tobibeer.github.io/tw5-plugins#appear\r\n"
        },
        "$:/plugins/tobibeer/appear/styles": {
            "title": "$:/plugins/tobibeer/appear/styles",
            "tags": "$:/tags/Stylesheet",
            "text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline html\n\n<pre>.tc-reveal.appear-block,\r\n.tc-popup.appear {\r\n\tborder-radius: 5px;\r\n\tpadding: 1px 1em;\r\n\t<<box-shadow \"2px 2px 4px rgba(0,0,0,0.3)\">>;\r\n}\r\n.tc-popup.appear {\r\n\tpadding: 0 1em;\r\n\tbackground: <<colour background>>;\r\n}\r\n.appear-reveal.appear-inline{\r\nmargin-left:5px;\r\n}\r\n.appear-reveal.appear-inline.appear-once{\r\nmargin-left:0;\r\n}</pre>"
        }
    }
}

{
    "tiddlers": {
        "$:/core/images/iframe": {
            "created": "20170605114929128",
            "text": "<svg class=\"tgc-iframe tc-image-button\" height=\"22pt\" width=\"22pt\" viewBox=\"0 0 100 100\">\n<path d=\"M41.8 59.1v6.1L20 55.8v-5.2l21.8-9.4v6.2l-15.2 5.8L41.8 59.1z\"/>\n<path d=\"M55.2 41l-6.1 24.9c-0.2 0.8-0.4 1.5-0.5 1.9 -0.2 0.5-0.4 0.8-0.7 1.1 -0.3 0.3-0.8 0.4-1.4 0.4 -1.5 0-2.2-0.6-2.2-1.9 0-0.3 0.1-1.2 0.4-2.5l6-24.9c0.3-1.3 0.6-2.2 0.9-2.7 0.3-0.5 0.9-0.7 1.7-0.7 0.7 0 1.3 0.2 1.7 0.5 0.4 0.3 0.6 0.8 0.6 1.4C55.7 39 55.5 39.8 55.2 41z\"/>\n<path d=\"M80 55.8L58.2 65.3v-6.1l15.2-6 -15.2-5.9v-6.1L80 50.6V55.8z\"/>\n<path d=\"M94 6H6c-3.3 0-6 2.7-6 6v76c0 3.3 2.7 6 6 6h88c3.3 0 6-2.7 6-6V12C100 8.7 97.3 6 94 6zM79 10c2.2 0 4 1.8 4 4s-1.8 4-4 4 -4-1.8-4-4S76.8 10 79 10zM68 10c2.2 0 4 1.8 4 4s-1.8 4-4 4 -4-1.8-4-4S65.8 10 68 10zM94 88H6V22h88V88zM90 18c-2.2 0-4-1.8-4-4s1.8-4 4-4 4 1.8 4 4S92.2 18 90 18z\"/>\n</svg>",
            "title": "$:/core/images/iframe",
            "modified": "20171030121310523",
            "tags": "$:/tags/Image"
        },
        "$:/language/Buttons/iFrame/Caption": {
            "text": "Insert iframe",
            "title": "$:/language/Buttons/iFrame/Caption",
            "modified": "20170605133024327",
            "created": "20170605132926726"
        },
        "$:/language/Buttons/iFrame/Hint": {
            "text": "Insert an iframe",
            "title": "$:/language/Buttons/iFrame/Hint",
            "modified": "20170605133054520",
            "created": "20170605133045795"
        },
        "$:/config/ShortcutInfo/iframe": {
            "text": "{{$:/language/Buttons/iFrame/Hint}}",
            "title": "$:/config/ShortcutInfo/iframe",
            "modified": "20170605133154437",
            "created": "20170605133140906"
        },
        "$:/config/shortcuts/iframe": {
            "created": "20170605133402913",
            "text": "ctrl-shift-F",
            "title": "$:/config/shortcuts/iframe",
            "modified": "20170620100526469"
        },
        "$:/core/ui/EditorToolbar/iframe": {
            "created": "20170605120607408",
            "text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"\"\"<iframe src='\"\"\"\n\tsuffix=\"\"\"' frameborder=\"0\" width=\"1024\"; height=\"600\"></iframe>\"\"\"\n/>",
            "title": "$:/core/ui/EditorToolbar/iframe",
            "tags": "$:/tags/EditorToolbar",
            "modified": "20170606175742951",
            "icon": "$:/core/images/iframe",
            "description": "{{$:/language/Buttons/iFrame/Hint}}",
            "condition": "[all[current]!is[image]]",
            "caption": "{{$:/language/Buttons/iFrame/Caption}}",
            "shortcuts": "((iframe))"
        },
        "$:/plugins/tongerner/iframe-button/readme": {
            "created": "20170605134134227",
            "title": "$:/plugins/tongerner/iframe-button/readme",
            "modified": "20170726080217579",
            "text": "A button ({{$:/core/images/iframe}} ) for the Editor toolbar that inserts an iframe<br>\nAssigned shortcut: {{$:/config/shortcuts/iframe}}"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/tongerner/layout_adjustment/icon": {
            "text": "<svg width=\"22pt\" height=\"22pt\" viewBox=\"0 0 100 100\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:svg=\"http://www.w3.org/2000/svg\">\n <metadata id=\"metadata7\">image/svg+xml</metadata>\n <g>\n  <title>Layer 1</title>\n  <g id=\"layer1\">\n   <path d=\"m48.98237,97.8691l-41.98313,-24.239l0,-48.47796l41.98313,-24.23897l41.98313,24.23897l0,48.47796l-41.98313,24.239z\" id=\"path4142\" stroke-miterlimit=\"4\" stroke-width=\"1.2218\" stroke=\"#a0a0ff\" fill=\"#a0a0ff\"/>\n   <path id=\"svg_3\" d=\"m73.1813,28.26401l-15.55706,15.81597c0.61319,0.6247 0.61206,1.63724 0,2.25944c-0.61371,0.62398 -1.60823,0.62448 -2.22362,0l-6.66496,-6.77579c-0.61439,-0.62462 -0.61363,-1.63801 0,-2.26065c0.61329,-0.62358 1.60695,-0.62444 2.22244,0l0,0l15.55707,-15.81609c1.84112,-1.87179 4.8262,-1.87179 6.66732,0c1.84113,1.87178 1.84112,4.90654 -0.00001,6.77832l-0.00118,-0.0012zm-50.00484,46.31849l-2.22244,-2.2595l3.30621,-5.6205l3.36112,-1.1578l23.33557,-23.72413l2.22243,2.25941l-23.33556,23.72422l-1.13868,3.417l-5.52865,3.3613z\" fill-rule=\"evenodd\"/>\n  </g>\n </g>\n</svg>",
            "type": "image/svg+xml",
            "title": "$:/plugins/tongerner/layout_adjustment/icon",
            "modifier": "TonGerner",
            "modified": "20170725155035239",
            "creator": "TonGerner",
            "created": "20160109160239631"
        },
        "$:/plugins/tongerner/layout_adjustment/macros": {
            "created": "20150801122014492",
            "text": "\\define inputBox() <$edit-text tiddler=\"$(reftarget)$\" field=\"$(reffield)$\" class=\"$(refclass)$\"/>\n\n\\define tableRow(header,target,field,class)\n<$set name=\"reftarget\" value=\"$target$\">\n<$set name=\"reffield\" value=\"$field$\">\n<$set name=\"refclass\" value=\"settings\">\n<tr><th>$header$ </th><td><<inputBox>></td></tr>\n</$set>\n</$set>\n</$set>\n\\end\n",
            "title": "$:/plugins/tongerner/layout_adjustment/macros",
            "tags": "$:/tags/Macro",
            "modifier": "TonGerner",
            "modified": "20170103121557249",
            "creator": "TonGerner"
        },
        "$:/plugins/tongerner/layout_adjustment/readme": {
            "text": "''Note:''<br>This plugin contains 'general' settings for the layout and is additionally required for the following plugins: ^^1^^\n\n* Top menu\n* Top-left menu (top + left menu)\n* Left menu\n* Toolbar (on top)\n* Tiddlersbar\n* ~TabStory (alternative tiddlersbar at top of story)\n* Uptoolbar (toolbar above title)\n* Tristate (tristate sidebar)\n\nThis plugin contains layout code common to the mentioned plugins and let you adjust:\n\n!! Theme tweaks\n(Also available via ''Control Panel > Appearance > Theme Tweaks'')\n\n* Sidebar layout\n* Story left position\n* Story top position\n* Story right\n* Story width\n* Tiddler width\n* Sidebar top position (new)\n* Sidebar width\n\n!! Other layout settings\n* Color and height of the top bar (as a boundary for top menu, toolbar, tiddlersbar, etc.)\n* Top padding of a tiddler\n* Vertical position of 'sticky titles' ^^1^^\n* Vertical position 'sticky editor toolbar' ^^1^^\n* Color for  displaying the  'active' state of some toggle buttons.\n\nSettings for the layout can be found in ''~ControlPanel > Appearance > [[Plugin tweaks|$:/plugins/tongerner/layout_adjustment/tweaks]]''.\n\n|borderless|k\n|^^^1^^ |&nbsp;&nbsp;|All these plugins contain a 'Settings' tiddler tagged with $:/tags/plugin-tweaks and will show - when installed - a tab under 'Plugin tweaks'.|\n|^^^2^^ ||To become effectieve, [[$:/themes/tiddlywiki/vanilla/sticky_]] need to be renamed to `$:/themes/tiddlywiki/vanilla/sticky` thereby overwriting the shadow tiddler.|\n\n<<<\n''Note:''<br>'Sticky' works for tiddler titles and for the editor toolbar (the latter only in non-preview mode!).\n<<<",
            "title": "$:/plugins/tongerner/layout_adjustment/readme",
            "modifier": "TonGerner",
            "modified": "20170507165742525",
            "creator": "TonGerner",
            "created": "20150731184044439"
        },
        "$:/plugins/tongerner/layout_adjustment/settings": {
            "text": "!!Layout settings\n<table class=\"tablestyle\">\n@@.brown ''Top bar''@@\n<<tableRow \"Background color 'Topbar'\" \"$:/plugins/tongerner/layout_adjustment/styles\" \"topbar-background-color\">>\n<<tableRow \"Height 'Topbar'\" \"$:/plugins/tongerner/layout_adjustment/styles\" \"topbar-height\">>\n@@.brown ''Tiddler''@@\n<<tableRow \"Top padding\" \"$:/plugins/tongerner/layout_adjustment/styles\" \"tiddler-padding-top\">>\n@@.brown ''Sticky''@@\n<<tableRow \"Top 'sticky title' ^^1^^\" \"$:/themes/tiddlywiki/vanilla/sticky\" \"top-sticky-title\">>\n<<tableRow \"Top 'sticky editor toolbar' ^^1^^\" \"$:/themes/tiddlywiki/vanilla/sticky\" \"top-sticky-editor-toolbar\">>\n@@.brown ''Button color''@@\n<<tableRow \"Active button color\" \"$:/plugins/tongerner/layout_adjustment/styles\" \"active-state-color\">>\n</table>\n\n|borderless|k\n|^^^1^^ |&nbsp;&nbsp;|To become effectieve, [[$:/themes/tiddlywiki/vanilla/sticky_]] need to be renamed to `$:/themes/tiddlywiki/vanilla/sticky` thereby overwriting the shadow tiddler.|\n\n<<<\n''Note:''<br>'Sticky' works for tiddler titles and for the editor toolbar (the latter only in non-preview mode!).\n<<<\n\n<$button message=\"tm-open-window\" param=\"$:/plugins/tongerner/layout_adjustment/settings-help\" tooltip=\"Help\" aria-label=\"Help\">Help</$button>\n\n",
            "title": "$:/plugins/tongerner/layout_adjustment/settings",
            "tags": "$:/tags/plugin-tweaks",
            "order": "2",
            "modifier": "TonGerner",
            "modified": "20170507170005446",
            "creator": "TonGerner",
            "created": "20150729190109349",
            "caption": "Layout"
        },
        "$:/plugins/tongerner/layout_adjustment/settings-help": {
            "text": "<<<\n''Note:''<br>You can enter values in allowed CSS units, e.g. `%`, `px`, `em`...\n<<<\n\n|Item|Entry |Description |Default |h\n|Topbar |Background color 'Topbar'|Background color of the topbar<br>Transparent when left 'blank'''!''| ^^''1''^^ |\n|~|Height 'Topbar'|Height of the topbar| 0px ^^''2''^^ |\n|Tiddler |Top padding |Top padding of tiddler  | 30px |\n|Sticky |Top 'sticky title' |Position sticky title from top | 0px |\n|~|Top 'sticky editor toolbar'|Position sticky editor toolbar from top| 35px ^^''3''^^ |\n|Toggle&nbsp;button|Active button color |Color indicating 'active' state of toggle button | #0044BB |\n\n<br>\n\n|borderless|k\n|^^^''1''^^ |&nbsp;&nbsp;|Default left blank; `#F4F4F4` is the Page background color for the Snow White theme|\n\n<br>\n\n|borderless|k\n|^^^''2''^^ |&nbsp;&nbsp;||A ''height > 0'' is required to 'see' the top bar!|\n\n<br>\n\n|borderless|k\n|^^^''3''^^ |&nbsp;&nbsp;||About 35px higher than Top 'sticky title' to prevent hiding the tiddler control buttons|\n",
            "title": "$:/plugins/tongerner/layout_adjustment/settings-help",
            "tags": "",
            "modifier": "TonGerner",
            "modified": "20171116133423545",
            "creator": "TonGerner",
            "created": "20150801124528672"
        },
        "$:/plugins/tongerner/layout_adjustment/sidebar-top": {
            "text": "0px",
            "title": "$:/plugins/tongerner/layout_adjustment/sidebar-top",
            "tags": "",
            "modified": "20170317105358712",
            "created": "20161213115930178"
        },
        "$:/plugins/tongerner/layout_adjustment/styles": {
            "created": "20161212103011213",
            "text": "<pre>/* LAYOUT SETTINGS */\n\n/* VERTICAL OFFSET FOR TOP OF SIDEBAR */\nhtml .tc-sidebar-scrollable {\n    top: {{$:/plugins/tongerner/layout_adjustment/sidebar-top}};\n}\n\n* BACKGROUND COLOR TOPRIGHTBAR (with double chevron) */\n.tc-topbar {\n     background-color: {{!!topbar-background-color}};\n}\n\n/* TOPBAR */\n.tc-toolbar {\n     display:block;\n     position:fixed;\n     left:0px;\n     top:0px;\n     width:100%;\n     height: {{!!topbar-height}};\n     background-color: {{!!topbar-background-color}};\n     z-index: 1000;\n}\n\n/* TOP PADDING TIDDLER */\nbody.tc-body .tc-tiddler-frame {\n     padding-top: {{!!tiddler-padding-top}};\n}\n\n/* COLOR ACTIVE STATE TOGGLE BUTTON */\nbody.tc-body .tgc-active-indicator {\n     color: {{!!active-state-color}};\n}\nbody.tc-body .tgc-active-indicator svg {\n     fill: {{!!active-state-color}};\n}\n\nbody.tc-body .tgc-active-indicator:hover svg {\n     fill: <<colour \"foreground\">>;\n}\n\n/* SETTINGS TABLE */\n/* WIDTH, FONT-SIZE SETTINGS TABLE */\ninput[type='text'].settings {\n\twidth: 120px;\n/*\tfont-size: 0.9em;*/\n}\n\ntable.tablestyle {\n     font-size: 0.9em;\n     border-width: 0px;\n     border-style: solid;\n     padding: 2px;\n     border-color: #DDD;\n     border-collapse: collapse;\n}\ntable.tablestyle th {\n     background-color: #F0F0F0;\n     border-color: #DDD;\n     text-align: left;\n     vertical-align: top;\n     border-style: solid;\n     border-width: 1px;\n     padding: 5px;\n}\ntable.tablestyle tr {\n     background-color: #F0F0F0;\n     padding: 0px;\n}\ntable.tablestyle td {\n     border-color: #DDD;\n     border-style: solid;\n     border-width: 1px;\n     padding:2px;\n}\n/* BORDERLESS TABLES */\n.borderless, .borderless table, .borderless td, .borderless tr, .borderless th, .borderless tbody {\n     border:0 !important;\n     margin:0 !important;\n     padding:0 !important;\n}\n</pre>",
            "topbar-height": "0px",
            "topbar-background-color": "",
            "title": "$:/plugins/tongerner/layout_adjustment/styles",
            "tiddler-padding-top": "30px",
            "tags": "$:/tags/Stylesheet",
            "story-river-top": "0px",
            "sidebar-top": "0px",
            "modifier": "TonGerner",
            "modified": "20170428123117965",
            "list-after": "$:/themes/tiddlywiki/vanilla/base",
            "creator": "TonGerner",
            "active-state-color": "#0044BB"
        },
        "$:/plugins/tongerner/layout_adjustment/themetweaks": {
            "created": "20161212090056554",
            "text": "!! Theme tweaks<br>@@font-size:0.75em;(excerpt from 'Theme Tweaks' tab)@@\n|tablestyle|k\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\">Sidebar layout</$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\">Fixed story, Fluid sidebar</option><option value=\"fluid-fixed\">Fluid story, Fixed sidebar</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\">Story left position</$link>|^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\">Story top position</$link>|^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\">Story right</$link>|^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\">Story width</$link>|^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\">Tiddler width</$link>|^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/plugins/tongerner/layout_adjustment/sidebar-top\">Sidebar top position</$link> |^<$edit-text tiddler=\"$:/plugins/tongerner/layout_adjustment/sidebar-top\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\">Sidebar width</$link> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n<$button message=\"tm-open-window\" param=\"$:/plugins/tongerner/layout_adjustment/themetweaks-help\" tooltip=\"Help\" aria-label=\"Help\">Help</$button>",
            "title": "$:/plugins/tongerner/layout_adjustment/themetweaks",
            "tags": "$:/tags/plugin-tweaks",
            "order": "1",
            "modified": "20170405091408245",
            "caption": "Theme tweaks"
        },
        "$:/plugins/tongerner/layout_adjustment/themetweaks-help": {
            "created": "20161212130221042",
            "text": "|Entry |Description |Default |Remarks |h\n|^Sidebar layout |^Choice between Fluid story, fixed sidebar and Fixed story, fluid sidebar|Fluid story, fixed sidebar|''Fluid story, fixed sidebar interferes with Tristate plugin'' => select Fixed story, fluid sidebar then|\n|^Story left position |^How far the left margin of the story river (tiddler area) is from the left of the page| 0px||\n|^Story top position |^How far the top margin of the story river is from the top of the page| 0px ^^1^^||\n|^Story right |^How far the left margin of the sidebar is from the left of the page| 770px||\n|^Story width |^The overall width of the story river| 770px||\n|^Tiddler width |^Within the story river| 686px||\n|^Sidebar top position |^Start of the sidebar<br>(from the top)| 0px ^^1^^||\n|^Sidebar width |^The width of the sidebar in fluid-fixed layout| 350px||\n\n|borderless|k\n|^^^''1''^^ |&nbsp;&nbsp;|Default values; ''need to be adjusted (increased) in case of adding a top menu, toolbar, tiddlersbar, ... to the wiki!''|",
            "title": "$:/plugins/tongerner/layout_adjustment/themetweaks-help",
            "tags": "",
            "modified": "20170506100639692"
        },
        "$:/plugins/tongerner/layout_adjustment/topbar": {
            "created": "20150731184520854",
            "creator": "TonGerner",
            "text": "<div class=\"tc-toolbar\"></div>",
            "modified": "20170103121831908",
            "tags": "$:/tags/PageTemplate",
            "title": "$:/plugins/tongerner/layout_adjustment/topbar",
            "modifier": "TonGerner"
        },
        "$:/plugins/tongerner/layout_adjustment/tweaks": {
            "created": "20150801100456266",
            "creator": "TonGerner",
            "text": "The general layout adjustments can be found under the 'Layout' tab. Dependent on installed plugins other tabs are available ('Top menu', 'Top-left menu', 'Toolbar', 'Tiddlersbar, '~TabStory', 'Uptoolbar', 'Tristate').\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/plugin-tweaks]nsort[order]]\" \"$:/plugins/tongerner/layout_adjustment/settings\" \"\" \"tc-vertical\">>",
            "caption": "Plugin tweaks",
            "modified": "20170506100603573",
            "modifier": "TonGerner",
            "tags": "$:/tags/ControlPanel/Appearance",
            "title": "$:/plugins/tongerner/layout_adjustment/tweaks"
        },
        "$:/themes/tiddlywiki/vanilla/sticky_": {
            "created": "20170330150510113",
            "text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n     position: -webkit-sticky;\n     position: -moz-sticky;\n     position: -o-sticky;\n     position: -ms-sticky;\n     position: sticky;\n     top: ``{{!!top-sticky-title}}``;\n     background: ``<<colour tiddler-background>>``;\n     z-index: 500;\n}\n.tc-editor-toolbar {\n     position: -webkit-sticky;\n     position: -moz-sticky;\n     position: -o-sticky;\n     position: -ms-sticky;\n     position: sticky;\n     top: ``{{!!top-sticky-editor-toolbar}}``;\n     background: ``<<colour tiddler-background>>``;\n     z-index: 500;\n}\n``\n</$reveal>\n",
            "type": "text/vnd.tiddlywiki",
            "top-sticky-title": "0px",
            "top-sticky-editor-toolbar": "35px",
            "title": "$:/themes/tiddlywiki/vanilla/sticky_",
            "tags": "",
            "modified": "20170401160916822"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/tongerner/topmenu/menu-template": {
            "created": "20150630194215349",
            "text": "<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down tgc-menu-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n",
            "creator": "TonGerner",
            "modified": "20170615115042473",
            "modifier": "TonGerner",
            "tags": "",
            "title": "$:/plugins/tongerner/topmenu/menu-template"
        },
        "$:/plugins/tongerner/topmenu/settings": {
            "created": "20160111185911104",
            "modified": "20170405092137737",
            "text": "!!Top menu settings\n<table class=\"tablestyle\">\n<<tableRow \"Top 'Top menu'\" \"$:/plugins/tongerner/topmenu/styles\" \"topmenu-top\">>\n<<tableRow \"Left 'Top menu'\" \"$:/plugins/tongerner/topmenu/styles\" \"topmenu-left\">>\n<<tableRow \"Rounded corners menu\" \"$:/plugins/tongerner/topmenu/styles\" \"button-border-radius\">>\n<<tableRow \"Font-size menu\" \"$:/plugins/tongerner/topmenu/styles\" \"menu-font-size\">>\n<<tableRow \"Font-size menu entries\" \"$:/plugins/tongerner/topmenu/styles\" \"menu-entry-font-size\">>\n</table>\n<$button message=\"tm-open-window\" param=\"$:/plugins/tongerner/topmenu/settings-help\" tooltip=\"Help\" aria-label=\"Help\">Help</$button>",
            "caption": "Top menu",
            "creator": "TonGerner",
            "modifier": "TonGerner",
            "tags": "$:/tags/plugin-tweaks",
            "title": "$:/plugins/tongerner/topmenu/settings",
            "order": "2"
        },
        "$:/plugins/tongerner/topmenu/settings-help": {
            "created": "20150701110844646",
            "text": "<<<\n''Note:''<br>You can enter values in allowed CSS units, e.g. `%`, `px`, `em`...\n<<<\n\n|Entry |Description |Default |h\n|Top 'Top menu' |Start (from the top) of the top menu| 0px |\n|Left 'Top menu' |Start (from the left) of the top menu | 42px |\n|Rounded corners menu |Rounded corners of main menu 'tagpills' | 3px |\n|Font-size menu |Font-size of menu | 16px |\n|Font-size menu entries |Font-size of menu entries | 0.8em |\n",
            "creator": "TonGerner",
            "modified": "20160112193658905",
            "modifier": "TonGerner",
            "tags": "",
            "title": "$:/plugins/tongerner/topmenu/settings-help"
        },
        "$:/plugins/tongerner/topmenu/styles": {
            "created": "20160112193603578",
            "text": "<pre>/* TOP MENU */\n.tgc-topmenu {\n     display: block;\n     position: fixed;\n     left: 0;\n     top: 0px;\n     margin-left: {{!!topmenu-left}};\n     margin-top: {{!!topmenu-top}};\n     font-size: {{!!menu-font-size}};\n}\n\n/* TOP MENU BUTTON */\n/* html needed; otherwise tc-topbar button interferes */\nhtml .tgc-topmenu button {\n     padding: 1px 5px 3px 5px;\n}\n\n/* TOP MENU TAG PILL ENTRIES */\n/* html needed */\nhtml .tgc-topmenu .tc-tag-label {\n     border-radius: {{!!button-border-radius}};\n}\n\n.tgc-menu-drop-down {\n     min-width: 120px;\n     border: none;\n     margin: 1px;\n     font-size: {{!!menu-entry-font-size}};\n}\n</pre>",
            "button-border-radius": "3px",
            "creator": "TonGerner",
            "list-after": "$:/themes/tiddlywiki/vanilla/base",
            "menu-entry-font-size": "0.8em",
            "menu-font-size": "16px",
            "modified": "20170615115118055",
            "modifier": "TonGerner",
            "tags": "$:/tags/Stylesheet",
            "title": "$:/plugins/tongerner/topmenu/styles",
            "topmenu-left": "42px",
            "topmenu-top": "0px"
        },
        "$:/plugins/tongerner/topmenu/topmenu": {
            "created": "20150630194341608",
            "text": "<div class=\"tgc-topmenu\">\n{{tagpill1||$:/plugins/tongerner/topmenu/menu-template}}\n{{tagpill2||$:/plugins/tongerner/topmenu/menu-template}}\n</div>\n<!--\nA top menu with 2 'dummy' tag pills is shown above.\nReplace the dummy tags with your own tags and add more lines if needed.\n-->",
            "creator": "TonGerner",
            "modified": "20160407170833513",
            "modifier": "TonGerner",
            "tags": "$:/tags/TopLeftBar",
            "title": "$:/plugins/tongerner/topmenu/topmenu",
            "caption": "{{$:/core/images/menu-button}} top menu",
            "description": "Menu on top"
        },
        "$:/plugins/tongerner/topmenu/icon": {
            "created": "20160109210345621",
            "text": "<svg width=\"22pt\" height=\"22pt\" viewBox=\"0 0 100 100\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:svg=\"http://www.w3.org/2000/svg\">\n<path fill=\"#a0a0ff\" stroke=\"#a0a0ff\" stroke-width=\"1.2218\" stroke-miterlimit=\"4\" id=\"path4142\" d=\"m48.98237,97.8691l-41.98313,-24.239l0,-48.47796l41.98313,-24.23897l41.98313,24.23897l0,48.47796l-41.98313,24.239z\"/>\n<path id=\"path5447\" d=\"m20.63027,34.25617l56.7551,0c2.61074,0 4.72959,-2.11886 4.72959,-4.72959c0,-2.61073 -2.11885,-4.72959 -4.72959,-4.72959l-56.7551,0c-2.61073,0 -4.72959,2.11886 -4.72959,4.72959c0,2.61073 2.11886,4.72959 4.72959,4.72959zm56.7551,9.45914l-56.7551,0c-2.61073,0 -4.72959,2.1189 -4.72959,4.72959c0,2.6108 2.11886,4.7296 4.72959,4.7296l56.7551,0c2.61074,0 4.72959,-2.1188 4.72959,-4.7296c0,-2.61069 -2.11885,-4.72959 -4.72959,-4.72959zm0,18.91839l-56.7551,0c-2.61073,0 -4.72959,2.1189 -4.72959,4.7296c0,2.6107 2.11886,4.7296 4.72959,4.7296l56.7551,0c2.61074,0 4.72959,-2.1189 4.72959,-4.7296c0,-2.6107 -2.11885,-4.7296 -4.72959,-4.7296z\"/>\n</svg>",
            "type": "image/svg+xml",
            "title": "$:/plugins/tongerner/topmenu/icon",
            "modified": "20170726092557105"
        },
        "$:/plugins/tongerner/topmenu/readme": {
            "created": "20150701112855953",
            "text": "This plugin adds a top menu with tag pill based menu entries.\n\n<<<\n''Note:''<br>''This plugin needs my $:/plugins/tongerner/layout_adjustment plugin for general layout settings (available at http://tongerner.tiddlyspot.com/).''\n<<<\n\nSettings for the layout can be found in ''~ControlPanel > Appearance > [[Plugin tweaks|$:/plugins/tongerner/layout_adjustment/tweaks]]''.\n",
            "title": "$:/plugins/tongerner/topmenu/readme",
            "tags": "",
            "modifier": "TonGerner",
            "modified": "20170615111650845",
            "creator": "TonGerner"
        },
        "$:/plugins/tongerner/topmenu/help": {
            "text": "\\define source(tiddler)\n<pre><$view tiddler=\"$tiddler$\" format=\"text\"/></pre>\n\\end\n\nThe [[top menu|$:/plugins/tongerner/topmenu/topmenu]] needs to be populated with tag based entries. The [[top menu|$:/plugins/tongerner/topmenu/topmenu]] contains:\n\n<<source $:/plugins/tongerner/topmenu/topmenu>>\n\nMenu entries need to te tagged with `tagpill1`, `tagpill2`, ...\n\n<<<\n''Note:''<br>The order of the menu entries can be changed by drag & drop.\n<<<",
            "title": "$:/plugins/tongerner/topmenu/help",
            "tags": "",
            "modified": "20170615155809059",
            "created": "20170615111129252"
        }
    }
}

<table class="">
<<tableRow "Top 'Top menu'" "$:/plugins/tongerner/topmenu/styles" "topmenu-top">>
<<tableRow "Left 'Top menu'" "$:/plugins/tongerner/topmenu/styles" "topmenu-left">>
<<tableRow "Rounded corners menu" "$:/plugins/tongerner/topmenu/styles" "button-border-radius">>
<<tableRow "Font-size menu" "$:/plugins/tongerner/topmenu/styles" "menu-font-size">>
<<tableRow "Font-size menu entries" "$:/plugins/tongerner/topmenu/styles" "menu-entry-font-size">>
</table>
<$button message="tm-open-window" param="$:/plugins/tongerner/topmenu/settings-help" tooltip="Help" aria-label="Help">Assistance</$button>

<pre>/* TOP MENU */
.tgc-topmenu {
     display: block;
     position: fixed;
     left: 0;
     top: 0px;
     margin-left: {{!!topmenu-left}};
     margin-top: {{!!topmenu-top}};
     font-size: {{!!menu-font-size}};
}

/* TOP MENU BUTTON */
/* html needed; otherwise tc-topbar button interferes */
html .tgc-topmenu button {
     padding: 1px 5px 3px 5px;
}

/* TOP MENU TAG PILL ENTRIES */
/* html needed */
html .tgc-topmenu .tc-tag-label {
     border-radius: {{!!button-border-radius}};
}

.tgc-menu-drop-down {
     min-width: 120px;
     border: none;
     margin: 1px;
     font-size: {{!!menu-entry-font-size}};
}
</pre>

<div class="tgc-topmenu">
{{Administration||$:/plugins/tongerner/topmenu/menu-template}}
{{Documentation||$:/plugins/tongerner/topmenu/menu-template}}
</div>
<!--
A top menu with 2 'dummy' tag pills is shown above.
Replace the dummy tags with your own tags and add more lines if needed.
-->

{
    "tiddlers": {
        "$:/plugins/TWaddle/LeftBar/contents": {
            "created": "20150205195441027",
            "text": "!!!LeftBar\n|$:/plugins/TWaddle/LeftBar/Menu|The content shown in LeftBar - edit this!|\n|$:/plugins/TWaddle/LeftBar/Toggle|Hamburger button|\n|$:/plugins/TWaddle/LeftBar/Stylesheet|Styles and //setting-fields// for with etc|\n|$:/plugins/TWaddle/LeftBar/settings|As seen under Controlpanel > Settings|\n|$:/plugins/TWaddle/LeftBar/readme|How to use + settings|\n|$:/plugins/TWaddle/LeftBar/contents|This listing of shadow tiddlers|\n|$:/plugins/TWaddle/LeftBar/icon|...|\n!!!Toggle macro\nThe Toggle macro is a separate plugin so it can be reused in other plugins or overwritten separately. See [[toggle|http://toggle.tiddlyspot.com/]] for more.\n\n|$:/plugins/TWaddle/Toggle|Macro plugin for easy-to-use checkboxes|",
            "title": "$:/plugins/TWaddle/LeftBar/contents",
            "modified": "20170502115006853"
        },
        "$:/plugins/TWaddle/LeftBar/icon": {
            "created": "20170502094251285",
            "text": "{{$:/core/images/menu-button}}",
            "title": "$:/plugins/TWaddle/LeftBar/icon",
            "tags": "",
            "modifier": "Mat von TWaddle",
            "modified": "20170502115016966"
        },
        "$:/plugins/TWaddle/LeftBar/Menu": {
            "created": "20170502091456621",
            "text": "Welcome to LeftBar!\n\nChange the content of this by editing $:/plugins/TWaddle/LeftBar/Menu \n\nYou can add tablists or whatever you want.\n\nNote also that you access the menu either by clicking the hamburger or by simply hovering (or clicking) along the left screen edge. ",
            "title": "$:/plugins/TWaddle/LeftBar/Menu",
            "tags": "",
            "modified": "20170502114859573"
        },
        "$:/plugins/TWaddle/LeftBar/readme": {
            "created": "20170501015503878",
            "text": "!!To use\nEdit the LeftBar contents by editing $:/plugins/TWaddle/LeftBar/Menu\n\n!!LeftBar settings\nAlso found under //Controlpanel> Settings> LeftBar//, unless unchecked here\n{{$:/plugins/TWaddle/LeftBar/settings}}",
            "title": "$:/plugins/TWaddle/LeftBar/readme",
            "modifier": "Mat von TWaddle",
            "modified": "20170502114956324"
        },
        "$:/plugins/TWaddle/LeftBar/settings": {
            "created": "20170430123149149",
            "creator": "Mat von TWaddle",
            "text": "<table style=\"width:100%; \">\n<tr>\n<td>''Width'' for LeftBar</td>\n<td><$edit-text tiddler=\"$:/plugins/TWaddle/LeftBar/Stylesheet\" field=\"width\"/></td>\n</tr>\n<tr>\n<td>''Toggle button'' - display in left top menu</td>\n<td><<toggle \"$:/plugins/TWaddle/LeftBar/Stylesheet!!display\" block none >></td>\n</tr>\n<tr>\n<td>''Scroll vs Fix'' - behaviour when activated //via button//<br>(The //hover-activated// content is always in fixed position.)</td>\n<td><<toggle \"$:/plugins/TWaddle/LeftBar/Stylesheet!!position\" \"fixed\" \"absolute\">></td>\n</tr>\n<tr>\n<td>''Ctrlpanel'' - show this table also in //Ctrlpanel>  Settings//</td>\n<td><<toggle \"$:/plugins/TWaddle/LeftBar/settings!!tags\" \"$:/tags/ControlPanel/Settings\" \" \">></td>\n</tr>\n</table>\n''Note'': If the checkboxes ( 🔳 or 🔲 ) are missing,  please install the [[toggle|http://toggle.tiddlyspot.com/]] macro.",
            "title": "$:/plugins/TWaddle/LeftBar/settings",
            "tags": "$:/tags/ControlPanel/Settings",
            "modified": "20170502114945158",
            "list-before": "",
            "caption": "LeftBar Settings"
        },
        "$:/plugins/TWaddle/LeftBar/Stylesheet": {
            "created": "20170430122213416",
            "text": "<pre>button.leftbar-toggle {\n\tposition:fixed;\n\tz-index: 1200;\n\tdisplay:{{!!display}};\n\ttop:0px;\n\tleft:0px;\n\tpadding:0px;\n\theight:3em;\n\twidth:2em;\n}\n.leftbar-toggle svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n\tfill: <<colour muted-foreground>>;\n}\n.leftbar-toggle:hover svg {\n\tfill: <<colour foreground>>;\n}\n.leftbar-togglezone {\n\tposition:fixed;\n\tleft:0;\n\ttop:3em;\n\tmin-height:50vh;\n\twidth:1em;\n}\n.leftbar-content {\n\tposition:{{!!position}};\n\tmax-width:calc(42px + {{!!width}});\n\tleft:0px;\n\ttop:3em;\n\tpadding:0em 10px 5px 10px;\n\tbackground:none;\n\tmin-height:50vh;\n}\n.leftbar-content .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n}\n.leftbar-content .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n}\n.leftbar-togglezone .leftbar-content {\n\tdisplay:none;\n\tposition:fixed;\n}\n.leftbar-togglezone:hover .leftbar-content {\n\tdisplay:block;\n\tbackground:#f4f4f4;\n\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n }\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.leftbar-content  {\n\t\tdisplay:block;\n\t\tbackground:#f4f4f4;\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t\tmax-width:90vw;\n\t}\n\tbutton.leftbar-toggle {\n\t\tbackground:transparent;\n\t\theight:2em;\n\t}\n\tbutton.leftbar-toggle svg {\n\t\tbackground:white;\n\t}\n\tbutton.leftbar-toggle:hover {\n\t\toutline:2px solid lightgray;\n\t}\n}\n</pre>\n",
            "width": "200px",
            "type": "text/vnd.tiddlywiki",
            "title": "$:/plugins/TWaddle/LeftBar/Stylesheet",
            "tags": "$:/tags/Stylesheet",
            "position": "fixed",
            "modified": "20170502114733639",
            "display": "block"
        },
        "$:/plugins/TWaddle/LeftBar/Toggle": {
            "created": "20170430114950811",
            "text": "\\define leftbar-content()\n<div class=\"leftbar-content\">\n\n{{$:/plugins/TWaddle/LeftBar/Menu}}\n</div>\n\\end\n\n<$reveal type=\"nomatch\" state=\"$:/state/LeftBar\" text=\"show\">\n<$button set=\"$:/state/LeftBar\" setTo=\"show\" class=\"tc-btn-invisible tc-image-button leftbar-toggle\">\n\t{{$:/core/images/menu-button}}\n\t<$action-setfield $tiddler=\"$:/plugins/TWaddle/LeftBar/temp\"\n\t\t$field=\"storyleft\"\n\t\t$value={{$:/themes/tiddlywiki/vanilla/metrics/storyleft}}/>\n\t<$action-setfield $tiddler=\"$:/plugins/TWaddle/LeftBar/temp\" \n\t\t$field=\"storyright\"\n\t\t$value={{$:/themes/tiddlywiki/vanilla/metrics/storyright}}/>\n\t<$action-setfield $tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" \n\t\ttext=\"/*LeftBar*/ calc({{$:/plugins/TWaddle/LeftBar/Stylesheet!!width}} + {{$:/plugins/TWaddle/LeftBar/temp!!storyleft}})\" />\n\t<$action-setfield $tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"\n\t\ttext=\"/*LeftBar*/ calc({{$:/plugins/TWaddle/LeftBar/temp!!storyright}} + {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}})\"/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/state/LeftBar\" text=\"show\">\n<$button set=\"$:/state/LeftBar\" setTo=\"hide\" class=\"tc-btn-invisible tc-image-button leftbar-toggle\">\n\t{{$:/core/images/chevron-left}}\n\t<$action-setfield $tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" \n\t\ttext={{$:/plugins/TWaddle/LeftBar/temp!!storyleft}} />\n\t<$action-setfield $tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" \n\t\ttext={{$:/plugins/TWaddle/LeftBar/temp!!storyright}} />\n\t<$action-deletetiddler $tiddler=\"$:/plugins/TWaddle/LeftBar/temp\"/>\n</$button>\n</$reveal>\n\n<$reveal state=\"$:/state/LeftBar\" type=\"match\" text=\"show\" \n\t\tdefault=\"show\" retain=\"yes\">\n\t<<leftbar-content>>\n</$reveal>\n<$reveal state=\"$:/state/LeftBar\" type=\"nomatch\" text=\"show\"\n\t\tdefault=\"show\" retain=\"yes\">\n\t<div class=\"leftbar-togglezone\">\n\t\t<<leftbar-content>>\n\t</div>\n</$reveal>\n",
            "title": "$:/plugins/TWaddle/LeftBar/Toggle",
            "modifier": "Mat von TWaddle",
            "modified": "20170502114200284",
            "tags": "$:/tags/PageTemplate"
        }
    }
}

<div class="tc-sidebar-lists">

<kbd>Rechercher:</kbd>

<$set name="searchTiddler" value="$:/temp/search">
<div class="tc-search">
<$edit-text tiddler="$:/temp/search" type="search" tag="input" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify "$:/state/popup/search-dropdown">> class="tc-popup-handle"/>
<$reveal state="$:/temp/search" type="nomatch" text="">
<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class="tc-btn-invisible">
<$action-setfield $tiddler="$:/temp/advancedsearch" text={{$:/temp/search}}/>
<$action-setfield $tiddler="$:/temp/search" text=""/>
<$action-navigate $to="$:/AdvancedSearch"/>
{{$:/core/images/advanced-search-button}}
</$button>
<$button class="tc-btn-invisible">
<$action-setfield $tiddler="$:/temp/search" text="" />
{{$:/core/images/close-button}}
</$button>
<$button popup=<<qualify "$:/state/popup/search-dropdown">> class="tc-btn-invisible">
{{$:/core/images/down-arrow}}
<$list filter="[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]" variable="listItem">
<$set name="resultCount" value="""<$count filter="[!is[system]search{$(searchTiddler)$}]"/>""">
{{$:/language/Search/Matches}}
</$set>
</$list>
</$button>
</$reveal>
<$reveal state="$:/temp/search" type="match" text="">
<$button to="$:/AdvancedSearch" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class="tc-btn-invisible">
{{$:/core/images/advanced-search-button}}
</$button>
</$reveal>
</div>

<$reveal tag="div" class="tc-block-dropdown-wrapper" state="$:/temp/search" type="nomatch" text="">

<$reveal tag="div" class="tc-block-dropdown tc-search-drop-down tc-popup-handle" state=<<qualify "$:/state/popup/search-dropdown">> type="nomatch" text="" default="">

<$list filter="[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]" emptyMessage="""<div class="tc-search-results">{{$:/language/Search/Search/TooShort}}</div>""" variable="listItem">

{{$:/core/ui/SearchResults}}

</$list>

</$reveal>

</$reveal>

</$set>

</div>

<kbd>Vous avez déjà lu:</kbd>

{{$:/core/ui/SideBar/Open}}


<kbd>Au Menu:</kbd>

{{$:/core/ui/SideBar/TableOfContents}}


<$button message="tm-open-window" param="$:/leftbar-system-help" tooltip="Plus d'informations" aria-label="Help">Assistance</$button>

|''Width'' for LeftBar|<$edit-text tiddler="$:/plugins/TWaddle/LeftBar/Stylesheet" field="width"/>|
|''Toggle button'' - display in left top menu|<<toggle "$:/plugins/TWaddle/LeftBar/Stylesheet!!display" block none >>|
|''Scroll vs Fix'' - behaviour when activated //via button//<br>(The //hover-activated// content is always in fixed position.)|<<toggle "$:/plugins/TWaddle/LeftBar/Stylesheet!!position" "fixed" "absolute">>|
|''Ctrlpanel'' - show this table also in //Ctrlpanel>  Settings//|<<toggle "$:/plugins/TWaddle/LeftBar/settings!!tags" "$:/tags/ControlPanel/Settings" " ">>|


<$button message="tm-open-window" param="$:/leftbar-settings-help" tooltip="Plus d'informations" aria-label="Help">Assistance</$button>

<pre>button.leftbar-toggle {
	position:fixed;
	z-index: 1200;
	display:{{!!display}};
	top:0px;
	left:0px;
	padding:0px;
	height:3em;
	width:2em;
}
.leftbar-toggle svg {
	<<transition "fill 150ms ease-in-out">>
	fill: <<colour muted-foreground>>;
}
.leftbar-toggle:hover svg {
	fill: <<colour foreground>>;
}
.leftbar-togglezone {
	position:fixed;
	left:0;
	top:3em;
	min-height:50vh;
	width:1em;
}
.leftbar-content {
	position:{{!!position}};
	max-width:calc(42px + {{!!width}});
	left:0px;
	top:3em;
	padding:0em 10px 5px 10px;
	background:none;
	min-height:50vh;
}
.leftbar-content .tc-tab-buttons button.tc-tab-selected {
	background-color: <<colour sidebar-tab-background-selected>>;
}
.leftbar-content .tc-tab-buttons button {
	background-color: <<colour sidebar-tab-background>>;
}
.leftbar-togglezone .leftbar-content {
	display:none;
	position:fixed;
}
.leftbar-togglezone:hover .leftbar-content {
	display:block;
	background:#f4f4f4;
	<<box-shadow "1px 1px 5px rgba(0, 0, 0, 0.3)">>
 }

@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {
	.leftbar-content  {
		display:block;
		background:#f4f4f4;
		<<box-shadow "1px 1px 5px rgba(0, 0, 0, 0.3)">>
		max-width:90vw;
	}
	button.leftbar-toggle {
		background:transparent;
		height:2em;
	}
	button.leftbar-toggle svg {
		background:white;
	}
	button.leftbar-toggle:hover {
		outline:2px solid lightgray;
	}
}
</pre>

{
    "tiddlers": {
        "$:/plugins/TWaddle/Toggle/macro": {
            "created": "20170111170945402",
            "creator": "twMat",
            "text": "\\define toggle(statetarget:\"$:/state/toggle\", on-value:\"true\", off-value:\"false\", on-btn:\"🔳\", off-btn:\"🔲\", class)\n<span class=\"$class$\">\n<$reveal type=\"nomatch\"\n    state=\"$statetarget$\" text=\"$on-value$\">\n<$button set=\"$statetarget$\"\n               setTo=\"$on-value$\"\n               class=\"tc-btn-invisible\">\n              $off-btn$\n</$button></$reveal>\n\n<$reveal type=\"match\"\n    state=\"$statetarget$\" text=\"$on-value$\">\n<$button set=\"$statetarget$\"\n               setTo=\"$off-value$\"\n               class=\"tc-btn-invisible\">\n              $on-btn$\n</$button>\n</$reveal>\n</span>\n\\end\n",
            "title": "$:/plugins/TWaddle/Toggle/macro",
            "tags": "$:/tags/Macro",
            "summary": "Invocate toggle macro with<br>`<<toggle statetarget on-value off-value on-btn off-btn class>>`<br>NOTE you can omit all arguments BUT do give a state tiddler, e.g<br>`<<toggle $:/state/Hey>>`<br> or the default (//$:/state/toggle //) will be used for ALL your toggles. Bad idea.",
            "modifier": "twMat",
            "modified": "20170501111135740"
        },
        "$:/plugins/TWaddle/Toggle/readme": {
            "created": "20170501110037271",
            "creator": "twMat",
            "text": "<br>`<<toggle  statetarget  on-value off-value  on-btn off-btn  class>>`\n\nAll parameters are optional - but to not risk having conflicting toggles, best specify at least a `statetarget` i.e a ''tiddler or a field'' like `\"MyTid!!myfield\"`. \n\n!!!Default values\nUnspecified parameters get the following default values<br>\n`<<toggle  $:/state/toggle  true  false  ▣  ▢  (no class)>>`\n\n<br>Note that if the statetarget does not exist, it is created as soon as the toggle is clicked.\n\nFor more, and updates, see [[Toggle|http://toggle.tiddlyspot.com/]]\n\n",
            "title": "$:/plugins/TWaddle/Toggle/readme",
            "modifier": "twMat",
            "modified": "20170501111008922"
        }
    }
}

{
    "tiddlers": {
        "$:/plugins/TWaddle/tw-admin/button": {
            "created": "20170402140426027",
            "creator": "Mat von TWaddle",
            "text": "<$button class=<<tv-config-toolbar-class>> tooltip={{$:/plugins/TWaddle/tw-admin/button!!caption}} aria-label={{$:/plugins/TWaddle/tw-admin/button!!description}} class=<<tv-config-toolbar-class>>>\n   <$action-sendmessage $message=\"tm-open-window\" \n      $param=\"$:/plugins/TWaddle/tw-admin/content\" height=\"600px\" width=\"500px\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/plugins/TWaddle/tw-admin/icon}}\n</$list>\n</$button>",
            "title": "$:/plugins/TWaddle/tw-admin/button",
            "tags": "$:/tags/PageControls",
            "modifier": "Mat von TWaddle",
            "modified": "20170402185050959",
            "description": "Open remote admin panel",
            "caption": "TW Admin"
        },
        "$:/plugins/TWaddle/tw-admin/content": {
            "created": "20170129121725770",
            "creator": "twMat",
            "text": "<div style=\"float:right\"><$vars tv-config-toolbar-icons=\"yes\">{{$:/plugins/TWaddle/tw-admin/button}}<br>{{$:/core/ui/Buttons/save-wiki}}</$vars></div>\n\n@@color:crimson; Edit [[this tiddler|$:/plugins/TWaddle/tw-admin/content]] to suit your needs!@@<br>\n\nThis tw-admin panel is accessed via either of:\n\n* a remote window by clicking the <$vars tv-config-toolbar-icons=\"yes\">{{$:/plugins/TWaddle/tw-admin/icon}}</$vars> button\n* //Ctrlpanel > Settings//<br>\n* or via a permalink bookmark if you make one to [[this tiddler|$:/plugins/TWaddle/tw-admin/content]]\n\n{{$:/plugins/TWaddle/tw-admin/sample}}",
            "title": "$:/plugins/TWaddle/tw-admin/content",
            "tags": "$:/tags/ControlPanel/Settings",
            "modifier": "Mat von TWaddle",
            "modified": "20170402190501410",
            "list-before": "",
            "caption": "TW Admin Panel"
        },
        "$:/plugins/TWaddle/tw-admin/icon": {
            "created": "20170402184851291",
            "creator": "Mat von TWaddle",
            "text": "<svg class=\"tc-image-options-button tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n    <g fill-rule=\"evenodd\">\n        <path d=\"M110.48779,76.0002544 C109.354214,80.4045063 107.611262,84.5641217 105.354171,88.3838625 L105.354171,88.3838625 L112.07833,95.1080219 C115.20107,98.2307613 115.210098,103.299824 112.089164,106.420759 L106.420504,112.089418 C103.301049,115.208874 98.2346851,115.205502 95.1077675,112.078585 L88.3836082,105.354425 C84.5638673,107.611516 80.4042519,109.354468 76,110.488045 L76,110.488045 L76,119.993281 C76,124.409501 72.4220153,128.000254 68.0083475,128.000254 L59.9916525,128.000254 C55.5800761,128.000254 52,124.41541 52,119.993281 L52,110.488045 C47.5957481,109.354468 43.4361327,107.611516 39.6163918,105.354425 L32.8922325,112.078585 C29.7694931,115.201324 24.7004301,115.210353 21.5794957,112.089418 L15.9108363,106.420759 C12.7913807,103.301303 12.7947522,98.2349395 15.9216697,95.1080219 L22.6458291,88.3838625 C20.3887383,84.5641217 18.6457859,80.4045063 17.5122098,76.0002544 L8.00697327,76.0002544 C3.59075293,76.0002544 2.19088375e-16,72.4222697 4.89347582e-16,68.0086019 L9.80228577e-16,59.9919069 C1.25035972e-15,55.5803305 3.58484404,52.0002544 8.00697327,52.0002544 L17.5122098,52.0002544 C18.6457859,47.5960025 20.3887383,43.4363871 22.6458291,39.6166462 L15.9216697,32.8924868 C12.7989304,29.7697475 12.7899019,24.7006845 15.9108363,21.5797501 L21.5794957,15.9110907 C24.6989513,12.7916351 29.7653149,12.7950065 32.8922325,15.9219241 L39.6163918,22.6460835 C43.4361327,20.3889927 47.5957481,18.6460403 52,17.5124642 L52,8.00722764 C52,3.5910073 55.5779847,0.000254375069 59.9916525,0.000254375069 L68.0083475,0.000254375069 C72.4199239,0.000254375069 76,3.58509841 76,8.00722764 L76,17.5124642 C80.4042519,18.6460403 84.5638673,20.3889927 88.3836082,22.6460835 L95.1077675,15.9219241 C98.2305069,12.7991848 103.29957,12.7901562 106.420504,15.9110907 L112.089164,21.5797501 C115.208619,24.6992057 115.205248,29.7655693 112.07833,32.8924868 L105.354171,39.6166462 L105.354171,39.6166462 C107.611262,43.4363871 109.354214,47.5960025 110.48779,52.0002544 L119.993027,52.0002544 C124.409247,52.0002544 128,55.5782391 128,59.9919069 L128,68.0086019 C128,72.4201783 124.415156,76.0002544 119.993027,76.0002544 L110.48779,76.0002544 L110.48779,76.0002544 Z M64,96.0002544 C81.673112,96.0002544 96,81.6733664 96,64.0002544 C96,46.3271424 81.673112,32.0002544 64,32.0002544 C46.326888,32.0002544 32,46.3271424 32,64.0002544 C32,81.6733664 46.326888,96.0002544 64,96.0002544 Z\"></path>        <path d=\"M56,72 L8.00697327,72 C3.59075293,72 0,68.418278 0,64 C0,59.5907123 3.58484404,56 8.00697327,56 L56,56 L56,8.00697327 C56,3.59075293 59.581722,0 64,0 C68.4092877,0 72,3.58484404 72,8.00697327 L72,56 L119.993027,56 C124.409247,56 128,59.581722 128,64 C128,68.4092877 124.415156,72 119.993027,72 L72,72 L72,119.993027 C72,124.409247 68.418278,128 64,128 C59.5907123,128 56,124.415156 56,119.993027 L56,72 L56,72 Z\"></path>\n    </g>\n</svg>",
            "title": "$:/plugins/TWaddle/tw-admin/icon",
            "tags": "$:/tags/Image",
            "modified": "20170402185021894",
            "modifier": "Mat von TWaddle"
        },
        "$:/plugins/TWaddle/tw-admin/readme": {
            "created": "20170402162834837",
            "creator": "Mat von TWaddle",
            "text": "''TW Admin'' adds a {{$:/plugins/TWaddle/tw-admin/icon}} button to open a //separate browser window// with \"admin settings\". The settings can also be reached via //Controlpanel > Settings//,\n\n",
            "title": "$:/plugins/TWaddle/tw-admin/readme",
            "tags": "",
            "modifier": "Mat von TWaddle",
            "modified": "20170402191131977"
        }
    }
}

<$button class=<<tv-config-toolbar-class>> tooltip={{$:/plugins/TWaddle/tw-admin/button!!caption}} aria-label={{$:/plugins/TWaddle/tw-admin/button!!description}} class=<<tv-config-toolbar-class>>>
   <$action-sendmessage $message="tm-open-window" 
      $param="$:/plugins/TWaddle/tw-admin/content" height="600px" width="500px"/>
<$list filter="[<tv-config-toolbar-icons>prefix[yes]]">
{{$:/plugins/TWaddle/tw-admin/icon}}
</$list>
</$button>

<div style="float:right"><$vars tv-config-toolbar-icons="yes">{{$:/plugins/TWaddle/tw-admin/button}}<br>{{$:/core/ui/Buttons/save-wiki}}</$vars></div>

@@color:crimson; Edit [[this tiddler|$:/plugins/TWaddle/tw-admin/content]] to suit your needs!@@<br>

This tw-admin panel is accessed via either of:

* a remote window by clicking the <$vars tv-config-toolbar-icons="yes">{{$:/plugins/TWaddle/tw-admin/icon}}</$vars> button
* //Ctrlpanel > Settings//<br>
* or via a permalink bookmark if you make one to [[this tiddler|$:/plugins/TWaddle/tw-admin/content]]

{{$:/plugins/TWaddle/tw-admin/sample}}

Note that the following [[sample content|$:/plugins/TWaddle/tw-admin/sample]] uses the [[toggle|http://toggle.tiddlyspot.com]] macro.

<div class="tw-admin-content">

!!!Wiki settings
<<toggle $:/plugins/TWaddle/tw-admin/button!!tags $:/tags/PageControls " " >> Show{{$:/plugins/TWaddle/tw-admin/icon}} TW Admin button in Sidebar<br>
<<toggle $:/plugins/TWaddle/tw-admin/content!!tags $:/tags/ControlPanel/Settings "" >> Show{{$:/plugins/TWaddle/tw-admin/icon}} TW Admin content in //Controlpanel > Settings//<br><br>
<<toggle $:/state/sidebar yes no >> Show the Sidebar<br>
<<toggle $:/core/ui/TopBar/menu!!tags $:/tags/TopRightBar " " >> Show {{$:/core/images/chevron-right}} that toggles Sidebar<br><br>
<<toggle $:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/save-wiki show hide >> Show {{$:/core/images/save-button}} save wiki button in sidebar.<br>
<<toggle $:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/control-panel show hide >> Show {{$:/core/images/options-button}} controlpanel button in sidebar.<br>

!!!Les tables de la ~SideBar

<<toggle $:/core/ui/SideBar/Open!!tags $:/tags/SideBar " " >> Open

<<toggle $:/core/ui/SideBar/Recent!!tags $:/tags/SideBar " " >> Recent

<<toggle $:/core/ui/SideBar/Tools!!tags $:/tags/SideBar " " >> Tools

<<toggle $:/core/ui/SideBar/More!!tags $:/tags/SideBar " " >> More

<<toggle $:/core/ui/SideBar/Param!!tags $:/tags/SideBar " " >> Paramètres

<<toggle $:/core/ui/SideBar/TableOfContents!!tags $:/tags/SideBar " " >> Menu

!!!Tiddler settings
<<toggle "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/edit" show hide>> Show{{$:/core/images/edit-button}} edit button in the tiddler toolbar

À finaliser

<<toggle "$:/config/ViewToolbarButtons/Visibility/$:/plugins/danielo/encryptTiddler/crypt-button>> show

$:/plugins/danielo/encryptTiddler/crypt-button



</div>

<$checkbox tiddler='$:/user/config' field='show-sidebar' checked='yes' unchecked=no/> Afficher la barre latérale en mode Web




<style>
.tw-admin-content {
  margin:0 auto; 
  width: -moz-fit-content;
  width: fit-content;
}

body.tc-body .tw-admin-content svg {
 width: 1em;
 margin: auto .4em -.7em .5em;
 fill:crimson;
}
</style>

{
    "tiddlers": {
        "$:/core/macros/tabs": {
            "title": "$:/core/macros/tabs",
            "tags": "$:/tags/Macro",
            "text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$transclude tiddler={{!!icon}}/>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$set></$tiddler></$button><span class=\"wltc-link-to-tab\"><$link to=<<currentTiddler>> >{{$:/core/images/link}}</$link></span></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end"
        },
        "$:/core/ui/ControlPanel/Settings/link-to-tabs": {
            "caption": "Link-to-Tabs plugin",
            "tags": "$:/tags/ControlPanel/Settings",
            "title": "$:/core/ui/ControlPanel/Settings/link-to-tabs",
            "text": "<$checkbox tiddler=\"$:/plugins/wikilabs/link-to-tabs/config\" field=\"show-all-links\" checked=\"inline\" unchecked=\"none\" default=\"none\"> Show internal tab link for ''all tabs''</$checkbox>\n\n<$checkbox tiddler=\"$:/plugins/wikilabs/link-to-tabs/config\" field=\"show-single-link\" checked=\"inline\" unchecked=\"none\" default=\"inline\"> Show internal tab link for ''selected tabs''</$checkbox>\n"
        },
        "$:/plugins/wikilabs/link-to-tabs/config": {
            "title": "$:/plugins/wikilabs/link-to-tabs/config",
            "show-all-links": "none",
            "show-single-link": "inline",
            "text": "This tiddler is used to configure the \"Link-to-tabs\" plugin behaviour. \n\nThere are 2 fields, which are used by [[$:/plugins/wikilabs/link-to-tabs/styles]] enable and disable the internal links. \n\n* show-all-links: {{!!show-all-links}}\r\n* show-single-link: {{!!show-single-link}}\r\n"
        },
        "$:/plugins/wikilabs/link-to-tabs/license": {
            "title": "$:/plugins/wikilabs/link-to-tabs/license",
            "text": "Link-to-Tabs-Macro (c) Mario Pietsch - 2016\n\nhttps://opensource.org/licenses/BSD-3-Clause"
        },
        "$:/plugins/wikilabs/link-to-tabs/styles": {
            "tags": "$:/tags/Stylesheet",
            "title": "$:/plugins/wikilabs/link-to-tabs/styles",
            "text": "<pre>\n\n.wltc-link-to-tab {\n  display: {{$:/plugins/wikilabs/link-to-tabs/config!!show-all-links}};\n  position: relative;\n  top: -1em;\n  left: -1.3em;\n  font-size: 0.7em;\n  opacity: 0.7;\n  margin-right: -1em;\n}\n\n.wltc-link-to-tab svg{\n  width: 1.4em;\n  height: 1.4em;\n}\n\n.wltc-link-to-tab:hover {\n  opacity: 1;\n}\n\n.tc-tab-selected + .wltc-link-to-tab {\n  display: {{$:/plugins/wikilabs/link-to-tabs/config!!show-single-link}};\n}\n\n.tc-vertical > .wltc-link-to-tab {\n  top: -1.9em;\n  left: 0;\n  height: 0;\n  float: right;\n}\n\n</pre>"
        },
        "$:/plugins/wikilabs/link-to-tabs/readme": {
            "title": "$:/plugins/wikilabs/link-to-tabs/readme",
            "text": "This plugin adds a little link icon to every tab. \n\n''Important:'' This plugin changes the core tabs macro.\n\n! Lint-to-Tabs Settings\n\n{{$:/core/ui/ControlPanel/Settings/link-to-tabs}}"
        }
    }
}

<$set name="currentTiddler" value={{$:/fonts}}>

*Pour les polices de caractère, voir Tiddler: $:/config/tw/font-edit
*Pour la feuille de style, voir Tiddler $:/StyleMain Pour que les paramètres spécifiés ci-dessous fonctionnent il faut qu'ils soient déclarés dans la feuille de style.

| !Balise | !Police | !Taille | !Couleur |
|H1|<$edit-text index=h1 type="text" tag="input"/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-size-h1'/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-color-h1' type='color'/>|
|H2|<$edit-text index=h2 type="text" tag="input"/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-size-h2'/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-color-h2' type='color'/>|
|H3|<$edit-text index=h3 type="text" tag="input"/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-size-h3'/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-color-h3' type='color'/>|
|H4|<$edit-text index=h4 type="text" tag="input"/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-size-h4'/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-color-h4' type='color'/>|
|H5|<$edit-text index=h5 type="text" tag="input"/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-size-h5'/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-color-h5' type='color'/>|
|titre|<$edit-text index=titre type="text" tag="input"/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-size-titre'/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='site-title-foreground' type='color'/>|


|tiddler|<$edit-text index=tiddler type="text" tag="input"/>|


|kbd|<$edit-text index=kbd type="text" tag="input"/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-size-kbd'/>|<$edit-text class='tc-edit-texteditor' tiddler='$:/user/config' field='font-color-kbd' type='color'/>|




|code|<$edit-text index=code type="text" tag="input"/>|
|p|<$edit-text index=p type="text" tag="input"/>|


!Test H1
!!Test H2
!!!Test H3
!!!!Test H4
!!!!!Test H5

*A finaliser en ajoutant le paramétrage de  Cacher la sidebar au démarrage: {{$:/config/HideSidebarOnStartup!!text}}
*Pour modifier le contenu de ce Tiddler, voir $:/sidebar-settings-help

A la question quelle est votre nationalité, j'aimerais pouvoir réponde "''Européenne''"

Eric MÉAUX

show

show

hide

$:/plugins/danielo/encryptTiddler/control-panel/batch-encrypt

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show

show

hide

show

hide

hide

contents

contents

contents

no

contents

no

readme

no

help

no

contents

no

contents

contents

contents

contents

contents

yes

contents

contents

show

hide

show

hide

hide

hide

hide

no

yes

yes

$:/core/ui/AdvancedSearch/System

$:/themes/tiddlywiki/vanilla/themetweaks

$:/plugins/tongerner/layout_adjustment/themetweaks

$:/core/ui/ControlPanel/Basics

$:/core/ui/ControlPanel/Plugins/Installed/Plugins

$:/core/ui/MoreSideBar/Plugins/Theme

$:/core/ui/ControlPanel/TiddlerFields

$:/admin/config

$:/core/ui/ControlPanel/Plugins/Add/Languages

$:/core/ui/ControlPanel/Appearance

$:/core/ui/TiddlerInfo/Tools

$:/core/ui/TiddlerInfo/References

$:/plugins/tongerner/topmenu/settings

$:/core/ui/MoreSideBar/All

$:/core/ui/MoreSideBar/Shadows

$:/core/ui/SideBar/WidthSettings

$:/Barre latérale (SideBar)

$:/core/ui/SideBar/Couleurs

$:/core/ui/SideBar/Param

Contrôleur de Gestion

Comptable de chantiers

2008-2016

Comptable de chantiers

Comptable de chantiers

Comptable de chantiers

Chef Comptable - D.A.F.

Contrôleur de Gestion

Permis de conduire

Tout cela pour dire quoi ?

Tout cela pour dire quoi ?

Tout cela pour dire quoi ?

Tout cela pour dire quoi ?

missions

order

order

$:/core/ui/ControlPanel/Toolbars/PageControls

block

Mon passeport

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open

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/*Pour explications voir StyleSheet. Doit être tagué  $:/tags/Stylesheet */

----

body.tc-body .tc-tiddler-frame .tc-tiddler-body { text-align: left; max-width: {{$:/settings/apperance/TiddlerWidthSettings!!width_option}}; margin-left: auto; margin-right: auto; margin-top: 50px; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body ol, body.tc-body .tc-tiddler-frame .tc-tiddler-body p {display: block;margin-top: 1em;margin-bottom: 1em;}


.tc-tiddler-title{font-size:10px;}



<!--Couleur des liens internes-->

button.tc-tiddlylink:hover, a.tc-tiddlylink:hover { text-decoration: underline; color: #ff5959; background-color: #ffff80; }

/*button.tc-tiddlylink, a.tc-tiddlylink { text-decoration: underline; color: #e50000; }*/

body.tc-body .tc-site-title { 
	display: {{$:/user/config!!site-title}};
}

body.tc-body .tc-site-subtitle { 
	display: {{$:/user/config!!site-subtitle}};
}

body.tc-body h1 {
	font-size: {{$:/user/config!!font-size-h1}};
	color: {{$:/user/config!!font-color-h1}};
}

body.tc-body h2 {
	font-family: {{$:/user/config!!font-family}};
	font-size: {{$:/user/config!!font-size-h2}};
	color: {{$:/user/config!!font-color-h2}};
}

body.tc-body h3 {
	font-family: {{$:/user/config!!font-family}};
	font-size: {{$:/user/config!!font-size-h3}};
	color: {{$:/user/config!!font-color-h3}};
}

body.tc-body h4 {
	font-family: {{$:/user/config!!font-family}};
	font-size: {{$:/user/config!!font-size-h4}};
	color: {{$:/user/config!!font-color-h4}};
}

body.tc-body h5 {
	font-family: {{$:/user/config!!font-family}};
	font-size: {{$:/user/config!!font-size-h5}};
	color: {{$:/user/config!!font-color-h5}};
}


/* Forms
–––––––––––––––––––––––––––––––––––––––––––––––––– */
input[type="email"],
input[type="number"],
input[type="search"],
input[type="text"],
input[type="tel"],
input[type="url"],
input[type="password"],
textarea,
select {
  height: 38px;
  padding: 6px 10px; /* The 6px vertically centers text on FF, ignored by Webkit */
  background-color: #fff;
  border: 1px solid #D1D1D1;
  border-radius: 4px;
  box-shadow: none;
  box-sizing: border-box; }

.fa-red{color:#FF0000;}

.fa-purple{color:#800080}

.fa-olive{color:#808000}

.fa-teal{color:#008080}

/* Tableau */

.tw th {background-color:#5778D8;color:#f6f6f6;font-weight:900;padding: 5px 5px;font-family:"open_sanslight";}

table th {background-color:#333333;color:#f6f6f6;font-weight:900;padding: 5px 5px;font-family:"open_sanslight";}

tr:nth-child(even) td {background-color:#f6f6f6;padding: 8px 5px}

tr:nth-child(odd) td {background-color:#e9e9e9;padding: 8px 5px}

/* Sidebar Tabs Alternate Style */

.tc-sidebar-lists .tc-tab-buttons button {
    cursor: pointer;
    font-size: 13px;
    line-height: 1;
    padding: 0 5px 5px 2px;
    text-align: center;
    color: #9a9a9a;
    -webkit-transition: color .1s ease-in;
    transition: color .1s ease-in;
    background: none;
    border: none;
    border-bottom: 1px solid #e0e0e0;
    margin-right: 30px;
}

.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {
    background: none;
    border: none;
    border-bottom: solid 1px #737373 !important;
    font-weight: bold;
    color: #DB4C3F !important;
}

div.pretty{
box-shadow: 2px 2px 15px 1px rgba(119, 119, 119, 0.5);
-moz-box-shadow: 2px 2px 15px 1px rgba(119, 119, 119, 0.5);
-webkit-box-shadow: 2px 2px 15px 1px rgba(119, 119, 119, 0.5);
}

div.pretty{
padding:10px;
}


/*p::first-letter { font-weight: bold; color: black; font-size: 17px; }*/

.tc-titlebar {
	font-weight: 100;
	font-size: 2em;
	line-height: 1.2em;
	color: <<colour tiddler-title-foreground>>;
	margin: 0;
display:{{$:/state/tiddlertitlebar}}
}

/*Attention*/
.att {
padding: 10px;
background: #ffff99;
border-radius: 15px;
border: 1px solid #ccc; }

/*Footer*/
.footer {
color: #000000;
text-align: center;
margin-left: 5em; margin-right:5em; margin-bottom:3.5em; margin-top:1em; }

.grow { transition: all .2s ease-in-out; }
.grow:hover { transform: scale(1.4); }

hr {color: black;}

.container {
  max-width: 800px;
  margin: 3em auto;
  background-color: white;
  /*height: 500px;*/
  border: 10px solid crimson;
  -webkit-display: -webkit-box;
  -webkit-display: -webkit-flex;
  display: -webkit-box;
  display: -ms-flexbox;
  display: flex;
  -webkit-align-items: center;
  -webkit-box-align: center;
  -ms-flex-align: center;
  align-items: center;
  -webkit-justify-content: center;
  -webkit-box-pack: center;
  -ms-flex-pack: center;
  justify-content: center;
}

.element {
  background-color: white;
  color: black;
  width: 80%;
  padding: 20px;
}

big {
font-size: 2em;
color: red;
}

@media print {
.tc-subtitle {display: none; }
}

/*cacher Titre, sous-titre et la liste des tags associés à un tiddler à l'impression*/

@media print {
body.tc-body .tc-tiddler-view-frame .tc-subtitle, body.tc-body .tc-tiddler-view-frame .tc-tags-wrapper {display: none;} 
}

@media print {
body.tc-body .tc-tiddler-view-frame .tc-title, body.tc-body .tc-tiddler-view-frame .tc-tags-wrapper {display: none;}
}

<$list filter="[all[shadows+tiddlers]tags[]is[system]sort[title]]">

<$transclude tiddler="$:/core/ui/TagTemplate"/> <small class="tc-menu-list-count"><$count filter="[all[current]tagging[]]"/></small>

</$list>

$:/core/ui/SideBar/TableOfContents

noedit

[all[missing]sort[title]]

{
    "tiddlers": {
        "$:/info/browser": {
            "title": "$:/info/browser",
            "text": "yes"
        },
        "$:/info/node": {
            "title": "$:/info/node",
            "text": "no"
        },
        "$:/info/url/full": {
            "title": "$:/info/url/full",
            "text": "file:///E:/000/tw52/cv-v-2-00-new.html"
        },
        "$:/info/url/host": {
            "title": "$:/info/url/host",
            "text": ""
        },
        "$:/info/url/hostname": {
            "title": "$:/info/url/hostname",
            "text": ""
        },
        "$:/info/url/protocol": {
            "title": "$:/info/url/protocol",
            "text": "file:"
        },
        "$:/info/url/port": {
            "title": "$:/info/url/port",
            "text": ""
        },
        "$:/info/url/pathname": {
            "title": "$:/info/url/pathname",
            "text": "/E:/000/tw52/cv-v-2-00-new.html"
        },
        "$:/info/url/search": {
            "title": "$:/info/url/search",
            "text": ""
        },
        "$:/info/url/origin": {
            "title": "$:/info/url/origin",
            "text": "null"
        }
    }
}

5713egm92

loaded

<svg version="1.1" id="Layer_1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" x="0px" y="0px"
	 viewBox="0 0 512 512" style="enable-background:new 0 0 512 512;" xml:space="preserve" class="tc-image-bold tc-image-button" width="16pt" height="13pt" >
<g>
	<g>
		
			<rect x="163.641" y="169.453" transform="matrix(0.7071 -0.7071 0.7071 0.7071 -128.5961 261.109)" width="174.495" height="232.66"/>
	</g>
</g>
<g>
	<g>
		
			<rect x="384.631" y="99.711" transform="matrix(0.7071 -0.7071 0.7071 0.7071 40.0328 330.9679)" width="69.798" height="34.899"/>
	</g>
</g>
<g>
	<g>
		<path d="M501.779,150.062l-20.565-20.565l-74.033,74.033l-74.032-74.033l74.032-74.033l-20.565-20.564
			c-13.629-13.629-35.727-13.629-49.355-0.001l-82.259,82.259L419.52,281.675l82.259-82.259
			C515.407,185.788,515.406,163.69,501.779,150.062z"/>
	</g>
</g>
<g>
	<g>
		<path d="M82.258,289.9l-32.903,32.904c31.803,31.8,31.802,83.362,0.001,115.161L0,487.323h98.711
			c31.802-31.803,83.362-31.803,115.162,0l32.903-32.904L82.258,289.9z"/>
	</g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
<g>
</g>
</svg>

mark.roundedmark {
	background: bisque;
	padding: 0 8px;
	border-radius: 1em;
}

\define contentendcoded()
<$view format="urlencoded">
\end
\define titleencoded()
<$view tiddler="$:/state/title" format="urlencoded">
\end
\define titleandbody(firstprefix secondprefix icon)
<$set name=bar filter="[<heading>addprefix[$firstprefix$]addsuffix[$secondprefix$]]">
<$set name=presto filter="[<foo>addprefix<bar>]">
<a target="_blank" href=<<presto>>> {{$icon$}}</a>
</$set></$set>
\end

<$button popup=<<qualify $:/state/social>> class="tc-btn-invisible tc-btn-socialRaw">{{$:/core/images/globe}}<$action-setfield $tiddler="$:/state/title" text={{!!title}}/></$button>
<$reveal state=<<qualify $:/state/social>> type="popup" class="thinwidthdropdown animated fadeIn">
<$tiddler tiddler={{$:/state/title}}>
<$wikify name=heading text=<<titleencoded>>>
<$wikify name=foo text=<<contentendcoded>>>
<<titleandbody "https://www.reddit.com/r/TiddlyWiki5/submit?title=" "&text=" "reddit.svg">><br/>
<$set name=bar filter="[<foo>addprefix[https://twitter.com/intent/tweet?text=]]">
<a target="_blank" href=<<bar>>> {{twitter.svg}}</a>
</$set><br/>
<<titleandbody "mailto:?Subject=" "&body=" "mail.svg">><br/>
</$wikify>
</$wikify>
</$tiddler>
</$reveal>

.thinwidthdropdown svg {
	height: 35px;
	width: 35px;
}

<$action-sendmessage
	$message="tm-edit-text-operation"
	$param="wrap-selection"
	prefix="""<mark class="roundedmark">"""
	suffix="</mark>"
/>

$:/themes/tiddlywiki/snowwhite

{
    "tiddlers": {
        "$:/themes/tiddlywiki/snowwhite/base": {
            "title": "$:/themes/tiddlywiki/snowwhite/base",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ntextarea.tc-edit-texteditor {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\ncanvas.tc-edit-bitmapeditor  {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-set .tc-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.15) 0%, rgba(0,0,0,0.0) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.01) 0%, rgba(0,0,0,0.1) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.05) 0%, rgba(255,255,255,0.05) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
        }
    }
}

{
    "tiddlers": {
        "$:/themes/tiddlywiki/starlight/arvo.woff": {
            "title": "$:/themes/tiddlywiki/starlight/arvo.woff",
            "text": 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",
            "type": "image/jpeg"
        },
        "$:/themes/tiddlywiki/starlight/styles.tid": {
            "title": "$:/themes/tiddlywiki/starlight/styles.tid",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/*\nPlaceholder for a more thorough refinement of Snow White\n*/\n\n@font-face {\n  font-family: \"Arvo\";\n  font-style: normal;\n  font-weight: 400;\n  src: local(\"Arvo\"), url(<<datauri \"$:/themes/tiddlywiki/starlight/arvo.woff\">>) format(\"woff\");\n}\n\nhtml body, .tc-sidebar-scrollable-backdrop {\n\tfont-family: \"Arvo\", \"Times\";\n  background: url(<<datauri \"$:/themes/tiddlywiki/starlight/ltbg.jpg\">>);\n}\n\n.tc-page-controls svg {\n  <<filter \"drop-shadow(1px 1px 2px rgba(255,255,255,0.9))\">>\n}\n"
        },
        "$:/themes/tiddlywiki/starlight/themetweaks": {
            "title": "$:/themes/tiddlywiki/starlight/themetweaks",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "Star Tweaks",
            "text": "Demo of a control panel tab dynamically loaded with a theme.\n"
        }
    }
}

{
    "tiddlers": {
        "$:/themes/tiddlywiki/vanilla/themetweaks": {
            "title": "$:/themes/tiddlywiki/vanilla/themetweaks",
            "tags": "$:/tags/ControlPanel/Appearance",
            "caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
            "text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\"><<lingo Settings/EditorFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
        },
        "$:/themes/tiddlywiki/vanilla/base": {
            "title": "$:/themes/tiddlywiki/vanilla/base",
            "tags": "[[$:/tags/Stylesheet]]",
            "text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n`\"`<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>`\"`\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n`\"`<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>`\"`\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\define if-editor-height-fixed(then,else)\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n$then$\n</$reveal>\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n$else$\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n\tquotes: \"\\201C\"\"\\201D\"\"\\2018\"\"\\2019\";\n}\n\nblockquote.tc-big-quote {\n\tfont-family: Georgia, serif;\n\tposition: relative;\n\tbackground: <<colour pre-background>>;\n\tborder-left: none;\n\tmargin-left: 50px;\n\tmargin-right: 50px;\n\tpadding: 10px;\n    border-radius: 8px;\n}\n\nblockquote.tc-big-quote cite:before {\n\tcontent: \"\\2014 \\2009\";\n}\n\nblockquote.tc-big-quote:before {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: open-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n    left: -50px;\n    top: 42px;\n}\n\nblockquote.tc-big-quote:after {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: close-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n    right: -80px;\n    bottom: -20px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\n.tc-icon-wrapper > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\ttop: -1000px;\n\tleft: -1000px;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n.tc-droppable > .tc-droppable-placeholder {\n\tdisplay: none;\n}\n\n.tc-droppable.tc-dragover > .tc-droppable-placeholder {\n\tdisplay: block;\n\tborder: 2px dashed <<colour dropzone-background>>;\n}\n\n.tc-draggable {\n\tcursor: move;\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n    cursor: pointer;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 400;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n\tvertical-align: text-bottom;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\thtml[dir=\"rtl\"] .tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tright: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n  font-style: italic;\n  font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button,\n.tc-tiddler-controls > span > span > button,\n.tc-tiddler-controls > span > span > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n}\n\n.tc-search button svg, .tc-search a svg {\n    height: 1.2em;\n    width: 1.2em;\n    margin: 0 0.25em;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg  {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tbackground-color: <<colour tiddler-editor-background>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\ncanvas.tc-edit-bitmapeditor  {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n  fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n  fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n  fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n  fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n  fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n  fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n  fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n  fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n  fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-add-tag .tc-keyboard {\n\tdisplay:inline;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 0 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n<<if-editor-height-fixed then:\"\"\"\n\n.tc-tiddler-preview-preview {\n\toverflow-y: scroll;\n\theight: {{$:/config/TextEditor/EditorHeight/Height}};\n}\n\n\"\"\">>\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg  {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n    width: auto;\n    margin-bottom: 0px;\n    border-bottom-left-radius: 0;\n    border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical  {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n\tborder-bottom-left-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n\tborder-top-right-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical  {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical  {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Manager\n*/\n\n.tc-manager-wrapper {\n\t\n}\n\n.tc-manager-controls {\n\t\n}\n\n.tc-manager-control {\n\tmargin: 0.5em 0;\n}\n\n.tc-manager-list {\n\twidth: 100%;\n\tborder-top: 1px solid <<colour muted-foreground>>;\n\tborder-left: 1px solid <<colour muted-foreground>>;\n\tborder-right: 1px solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item {\n\n}\n\n.tc-manager-list-item-heading {\n    display: block;\n    width: 100%;\n    text-align: left;\t\n\tborder-bottom: 1px solid <<colour muted-foreground>>;\n\tpadding: 3px;\n}\n\n.tc-manager-list-item-heading-selected {\n\tfont-weight: bold;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n\tbackground-color: <<colour foreground>>;\n}\n\n.tc-manager-list-item-heading:hover {\n\tbackground: <<colour primary>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-manager-list-item-content {\n\tdisplay: flex;\n}\n\n.tc-manager-list-item-content-sidebar {\n    flex: 1 0;\n    background: <<colour tiddler-editor-background>>;\n    border-right: 0.5em solid <<colour muted-foreground>>;\n    border-bottom: 0.5em solid <<colour muted-foreground>>;\n    white-space: nowrap;\n}\n\n.tc-manager-list-item-content-item-heading {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: left;\n    background: <<colour muted-foreground>>;\n\ttext-transform: uppercase;\n\tfont-size: 0.6em;\n\tfont-weight: bold;\n    padding: 0.5em 0 0.5em 0;\n}\n\n.tc-manager-list-item-content-item-body {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-manager-list-item-content-item-body > pre {\n\tmargin: 0.5em 0 0.5em 0;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tc-manager-list-item-content-tiddler {\n    flex: 3 1;\n    border-left: 0.5em solid <<colour muted-foreground>>;\n    border-right: 0.5em solid <<colour muted-foreground>>;\n    border-bottom: 0.5em solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item-content-item-body > table {\n\tborder: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-manager-list-item-content-item-body > table td {\n\tborder: none;\n}\n\n.tc-manager-icon-editor > button {\n\twidth: 100%;\n}\n\n.tc-manager-icon-editor > button > svg,\n.tc-manager-icon-editor > button > button {\n\twidth: 100%;\n\theight: auto;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info:hover > .tc-plugin-info-chunk > img, .tc-plugin-info:hover > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info > .tc-plugin-info-chunk > img, .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > img, .tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n.tc-message-box svg {\n\twidth: 1em;\n\theight: 1em;\n    vertical-align: text-bottom;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n\tpadding: 2px 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n\n/*\n** Tree macro\n*/\n\n.tc-tree div {\n    \tpadding-left: 14px;\n}\n\n.tc-tree ol {\n    \tlist-style-type: none;\n    \tpadding-left: 0;\n    \tmargin-top: 0;\n}\n\n.tc-tree ol ol {\n    \tpadding-left: 1em;    \n}\n\n.tc-tree button { \n    \tcolor: #acacac;\n}\n\n.tc-tree svg {\n     \tfill: #acacac;\n}\n\n.tc-tree span svg {\n    \twidth: 1em;\n    \theight: 1em;\n    \tvertical-align: baseline;\n}\n\n.tc-tree li span {\n    \tcolor: lightgray;\n}\n"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
            "text": "15px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
            "text": "22px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
            "text": "14px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
            "text": "20px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
            "text": "0px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storytop": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
            "text": "0px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storyright": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
            "text": "770px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
            "text": "770px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
            "text": "686px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
            "text": "960px"
        },
        "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
            "title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
            "text": "350px"
        },
        "$:/themes/tiddlywiki/vanilla/options/stickytitles": {
            "title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
            "text": "no"
        },
        "$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
            "title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
            "text": "fixed-fluid"
        },
        "$:/themes/tiddlywiki/vanilla/options/codewrapping": {
            "title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
            "text": "pre-wrap"
        },
        "$:/themes/tiddlywiki/vanilla/reset": {
            "title": "$:/themes/tiddlywiki/vanilla/reset",
            "type": "text/plain",
            "text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n *    user zoom.\n */\n\nhtml {\n  font-family: sans-serif; /* 1 */\n  -ms-text-size-adjust: 100%; /* 2 */\n  -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n  margin: 0;\n}\n\n/* HTML5 display definitions\n   ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n  display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n  display: inline-block; /* 1 */\n  vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n  display: none;\n  height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n  display: none;\n}\n\n/* Links\n   ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n  background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n  outline: 0;\n}\n\n/* Text-level semantics\n   ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n  border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n  font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n  font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n  font-size: 2em;\n  margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n  background: #ff0;\n  color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n  font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n  font-size: 75%;\n  line-height: 0;\n  position: relative;\n  vertical-align: baseline;\n}\n\nsup {\n  top: -0.5em;\n}\n\nsub {\n  bottom: -0.25em;\n}\n\n/* Embedded content\n   ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n  border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n  overflow: hidden;\n}\n\n/* Grouping content\n   ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n  margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n  -moz-box-sizing: content-box;\n  box-sizing: content-box;\n  height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n  overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n  font-family: monospace, monospace;\n  font-size: 1em;\n}\n\n/* Forms\n   ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n *    Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n  color: inherit; /* 1 */\n  font: inherit; /* 2 */\n  margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n  overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n  text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n *    and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n *    `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n  -webkit-appearance: button; /* 2 */\n  cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n  cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n  border: 0;\n  padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n  line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n  box-sizing: border-box; /* 1 */\n  padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n  height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n *    (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n  -webkit-appearance: textfield; /* 1 */\n  -moz-box-sizing: content-box;\n  -webkit-box-sizing: content-box; /* 2 */\n  box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n  -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n  border: 1px solid #c0c0c0;\n  margin: 0 2px;\n  padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n  border: 0; /* 1 */\n  padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n  overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n  font-weight: bold;\n}\n\n/* Tables\n   ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n  border-collapse: collapse;\n  border-spacing: 0;\n}\n\ntd,\nth {\n  padding: 0;\n}\n"
        },
        "$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
            "text": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", \"DejaVu Sans\", sans-serif"
        },
        "$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
            "text": "Monaco, Consolas, \"Lucida Console\", \"DejaVu Sans Mono\", monospace"
        },
        "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
            "text": "fixed"
        },
        "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
            "title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
            "text": "auto"
        },
        "$:/themes/tiddlywiki/vanilla/sticky": {
            "title": "$:/themes/tiddlywiki/vanilla/sticky",
            "text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n``\n</$reveal>\n"
        }
    }
}

15px

14px

350px

/*LeftBar*/ calc({{$:/plugins/TWaddle/LeftBar/Stylesheet!!width}} + {{$:/plugins/TWaddle/LeftBar/temp!!storyleft}})

/*LeftBar*/ calc({{$:/plugins/TWaddle/LeftBar/temp!!storyright}} + {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}})

40px

fixed-fluid

<div class="tw-admin-content">

{{TiddlerTitlebarToggler}}


<<<
''Tags actuellement cachés:''

{{$:/config/Hide/TagButtons}}

[[Cacher/Montrer plus de tags|$:/config/Hide/TagButtons]]
<<<


<<toggle "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/edit" show hide>> Show{{$:/core/images/edit-button}} edit button in the tiddler toolbar

<<toggle "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/edit" show hide>> Show{{$:/core/images/edit-button}} edit button in the tiddler toolbar



Voir aussi $:/core/ui/ControlPanel/Toolbars/ViewToolbar

</div>


<style>
.tw-admin-content {
  /*margin:0 auto;*/
  width: -moz-fit-content;
  width: fit-content;
}

body.tc-body .tw-admin-content svg {
 width: 1em;
 margin: auto .4em -.7em .5em;
 fill:crimson;
}
</style>

\define lingo-base() $:/language/ControlPanel/Basics/

@@.no-border
|<$link to="$:/SiteTitle"><<lingo Title/Prompt>></$link> |<$edit-text class='tc-edit-texteditor' tiddler="$:/SiteTitle" default="" tag="input"/> |
|<$link to="$:/SiteSubtitle"><<lingo Subtitle/Prompt>></$link> |<$edit-text class='tc-edit-texteditor' tiddler="$:/SiteSubtitle" default="" tag="input"/> |
|<$link to="$:/DefaultTiddlers"><<lingo DefaultTiddlers/Prompt>></$link> |<$edit tag="textarea" tiddler="$:/DefaultTiddlers" class="tc-edit-texteditor"/> |
@@

\define datauri(title)
<$macrocall $name="makedatauri" type={{$title$!!type}} text={{$title$}}/>
\end

/**************************** Barre de Menu ******************************/

.tc-topbar-left {

top: 0; 

left: 0; 

position: fixed; 

z-index: 100; 

display: block; 

padding: 5 0 0px 15px; 

color: #000000; 

width: 100%; 

height: {{$:/user/config!!navbar-hauteur}}; 

background: {{$:/user/config!!navbar-color}}; 

border-bottom: {{$:/user/config!!navbar-borderheight}} {{$:/user/config!!navbar-border}} {{$:/user/config!!navbar-bordercolor}};}

/**************************** Menu ******************************/

/* Propriété des liens textuels du menu */

.tc-topbar-left > button {display: inline; }

.tc-topbar-left > ul {list-style-type: none; padding: 0px; margin: 0px; }

.tc-topbar-left > ul > li {list-style: none; display: inline-block; position: relative; min-width: {{$:/user/config!!navbar-menuspace}}; padding: {{$:/user/config!!navbar-height}}; text-align: center; }

.tc-topbar-left > ul > li:first-child {padding: 0; }

.tc-topbar-left > ul > li:first-child img {height: 33px; }

.tc-topbar-left > ul > li:hover > a, .tc-topbar-left > ul > li:hover span {text-decoration: underline; }

.tc-topbar-left > ul > li:hover > ul {display: block; left: 0; padding: 10px 0 0 0; position: absolute; text-align: left; min-width: 120px; list-style-type: none; z-index: 100; }

.tc-topbar-left > ul > li:hover > ul > li {border-left: 1px {{$:/user/config!!navbar-border}} {{$:/user/config!!navbar-bordercolor}}; border-right: 1px {{$:/user/config!!navbar-border}} {{$:/user/config!!navbar-bordercolor}}; padding: 5px 5px 5px 10px; background: {{$:/user/config!!navbar-color}}; white-space: nowrap; }

.tc-topbar-left > ul > li:hover > ul > li .date {display: inline-block; padding-right: 5px; text-decoration: none !important; border-right: 1px dotted white; }

@media (max-width: 960px)

{

.tc-topbar-left > ul > li:hover > ul > li:first-child {border-top: 1px {{$:/user/config!!navbar-border}} {{$:/user/config!!navbar-bordercolor}}; border-radius: 10px 10px 0 0; }

}

.tc-topbar-left > ul > li:hover > ul > li:last-child {border-radius: 0 0 10px 10px; border-bottom: 1px {{$:/user/config!!navbar-border}} {{$:/user/config!!navbar-bordercolor}}; }

.tc-topbar-left > ul > li:hover > ul > li:hover a {text-decoration: underline; }

.tc-topbar-left > ul > li:hover > ul a {background: transparent; }

.tc-topbar-left > ul > li ul {display: none; }

.tc-topbar-left > ul > li button {padding: 0; }

.tc-topbar-left.tc-topbar {z-index: 999; }

.tc-topbar-left svg {display: inline; height: 16px; position: relative; margin-right: -3px; top: 2px; fill: white; }

.tc-topbar-left a.tc-tiddlylink {color: #000000; text-decoration: none; }

/************************** Responsive *****************************/

@media (max-width: 960px)

{

.tc-sidebar-scrollable {display: none; }

}


@media (min-width: 960px)

{

.show-below-960 {display: none !important; }

}

<dt><$link><$view field="title"/></$link></dt><dd><$transclude field="description"/></dd>

!!!Configuration des polices



Couleur de police: {{!!font-color}}

Taille de police: {{!!font-size}}

Couleur de police titre niveau h1: {{!!font-color-h1}}

Taille de police titre niveau h1: {{!!font-size-h1}}

Couleur de police titre niveau h2: {{!!font-color-h2}}

Taille de police titre niveau h2: {{!!font-size-h2}}

Couleur de police titre niveau h3: {{!!font-color-h3}}

Taille de police titre niveau h3: {{!!font-size-h3}}

Taille de police KBD: {{!!font-size-kbd}}

Couleur de la police KBD: {{!!font-color-kbd}}

Taille de la police Titre: {{!!font-size-titre}}

Couleur de la police Titre: {{!!site-title-foreground}}



Alignement du texte: {{!!text-align}}

!!!Configuration de la barre latérale

Afficher la barre latérale en mode Web: {{!!show-sidebar}}

Afficher le titre dans la barre latérale: {{!!site-title}}

Afficher le sous-titre dans la barre latérale: {{!!site-subtitle}}

!!!Configuration de la barre de navigation

Couleur de la barre: {{!!navbar-color}}

Largeur de la barre: {{!!navbar-height}}

Hauteur de la barre: {{!!navbar-hauteur}}

Afficher la bordure: {{!!navbar-border}}

Couleur de la bordure: {{!!navbar-bordercolor}}

Taille de la bordure: {{!!navbar-borderheight}}

Espace entre les menus: {{!!navbar-menuspace}}

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

iVBORw0KGgoAAAANSUhEUgAAAFAAAAAPCAIAAAD8q9/YAAAACXBIWXMAAA7EAAAOxAGVKw4bAAAA2ElEQVRIie2XOw7DIAyGTcUZfQSYu3TgAB1YmLmCT5nBLUqB8igikUq+ycIm9h8jI4RSClZCAoD3/uwyDkJrLdlCxEk5iMg6M+njXTzuTwC4nV3G0VyCP6E3+5XIO5Kej1nWzrpSI7Kr1DuMiIiYCiOib64uuNxIgHXGOlNQErwc3J5OViNYT2GqDQ48Lj2S19K0sLErXVOHywGDHQaAtGjucHlX+ptaaBpa2XPLi3ywu1L+AAvb9zPYvZqFUsp7v8g9rLW+rqV/5zWlxwdPgd65MhWx2mtpA7F5eoVqplfQAAAAAElFTkSuQmCC

<div class="footer">
<$button class='tc-btn-invisible grow'>
<i class="fa fa-chevron-circle-up fa-lg" aria-hidden="true"></i>
<$list variable='Target' filter='[list[$:/StoryList]first[]]'>
<$action-navigate $to=<<Target>>/>
</$list>
</$button>
<br><br>



Template par [img[$:/user/config/Logo]] V.2.00 - 2018<br/>
Modifié le <$list filter="[!is[system]!has[draft.of]!sort[modified]limit[1]]"><$link><$view field="modified" format="date" template="DD MMM YYYY à 0hh:0mm"/></$link></$list>
<div style="font-size:0.9em;"><a href="mailto:eric.meaux@hotmail.com" class="" style="text-decoration:none; background-color:;" target="_blank"> <i class="fa fa-envelope"></i> Contact mail</a></div> 

classic

<big>8 ans</big> 
En poste de ''Janvier1980 à Août 1987'' (//7 ans et 8 mois//)

<big>2 ans et demi</big>
En poste de ''Septembre 1987 à Février 1990'', (//2 ans 5 mois et 27 jours//)

De Mars 1990 à Décembre 1995, ''Soit 5 ans et 10 mois''

<big>4 ans</big> 
En poste de ''Février 1996 à Novembre 1999'', (//3 ans 9 mois et 29 jours//)

De Janvier 2000 à Mars 2004, ''Soit 4 ans et 3 mois''

d'Avril 2004 à Juillet 2006, ''Soit 2 ans et 4 mois''

d'Octobre 2006 à Août 2007, ''Soit 11 mois''

<big>10 ans</big> 
En poste De ''Janvier 2008 à Février 2017'', (10 ans un mois et 29 jours)

Sujet tagué <$button popup="$:/SamplePopupState">Fonts</$button>

<$reveal type="popup" state="$:/SamplePopupState">

<div class="tc-drop-down">

{{{ [tag[Fonts]] }}}

</div>
</$reveal>

Liste des Tiddlers tagués Fonts:

<<list-links filter:"[tag[Fonts]]">>

<mark class="roundedmark">ACEFAS</mark> est une entreprise de Portage Salarial, dont je suis salarié. voir son site web http://acefas.fr/  <$button message="tm-open-window" param="ACEFAS+" tooltip="Plus de détail sur ACEFAS" aria-label="Help">Plus d'infos</$button>

!!Plus de détail sur ACEFAS

*L'entreprise est crée le 04 Novembre 2003
*Fin 2014 ACEFAS a été rachetée par le groupe ETM, une société de portage créée en 1993. Le groupe devient ainsi une des sociétés majeures du PEPS et continue à mettre son expérience au service du consultant.

<<<<
<adresse>Room 103 - Unit 1 - Building E - 
Longhai Oriental Plaza - 
N0 26 Limin Road<br/>
Xinpu District - 
Lianyungang City 222000<br/>
Jiangsu Province - 
PR of CHINA<br/></adresse>

----


江苏省连云港市新浦区利民路26号陇海东方广场E号楼一单元103
<<<<

<<<<
172 GRAND RUE<br/>
07700 BIDON<br/>
Ardèche<br/>
FRANCE<br/>

----

+ 33 (0)6.77.46.15.68
<<<<

<<textSlider "Adresse en Chine" "

{{AdresseChine}}

">>

<<textSlider "Adresse en France" "

{{AdresseFrance}}

">>

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

iVBORw0KGgoAAAANSUhEUgAABSkAAAASCAYAAAC3ilvaAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAADHSURBVHhe7dzBCcAwDARB91+j2tBbacBx8jDcZwa2iUNoDQAAAABAkJESAAAAAIhaVTWSJEmSJEmSlMolJQAAAAAQZaQEAAAAAKKMlAAAAABAlJ+UkiRJkiRJkqK5pAQAAAAAooyUAAAAAECUkRIAAAAAiPKTUpIkSZIkSVI0l5QAAAAAQJSREgAAAACIMlICAAAAAFF+UkqSJEmSJEmKtrp7vgIAAAAA+Gu3MZ4yUgIAAAAAV+02xlNGSgAAAADgqt3G+F7PAzPIqvqxDH+nAAAAAElFTkSuQmCC

En crise depuis plusieurs années, le secteur du BTP (bâtiment et des travaux publics) connaît d'importantes difficultés tout en restant l'un des premiers employeurs de France. La rénovation énergétique, de grands projets d'infrastructures et le renouvellement des effectifs ouvrent des opportunités aux jeunes diplômés.

Pour les pays de l’Union Européenne, le secteur du BTP  réalise en travaux l’équivalent d’environ 10% de leur PIB, Produit Intérieur Brut ou encore la moitié environ des investissements réalisés. 3 millions d’entreprises emploient 16,3 millions de travailleurs soit 7,6% de la population active. Ces chiffres mettent en évidence l’importance économique et sociale du secteur.

<<textSlider "Plus de détail" "

!!!Le bâtiment

Dans la construction d’un bâtiment, il y a deux étapes clés : le gros œuvre qui concourt à la solidité et à la stabilité de l’édifice (fondations, murs porteurs, charpentes, planchers…) et le second œuvre qui regroupe tout le reste : de la toiture aux vitres, en passant par l’électricité, la plomberie, la peinture, le carrelage.

Le bâtiment comprend près de plus de 30 métiers. 

!!!Les Travaux publics

Le terme Travaux Publics désigne des infrastructures comme les routes, les tunnels, les canalisations et les ouvrages d’art et de génie civil, tels que les ponts, les barrages, les pistes d’aéroport, etc…

Quelques entreprises interviennent dans les deux activités. Les deux professions sont distinctes, mais voisines avec des zones de recouvrement.




">>

Source: https://tobibeer.github.io/tb5/#Hiding%20The%20Sidebar%20On%20Startup

Indépendament des options de paramétrages choisies, il est possible de cacher la ~SideBar à l'ouverture du wiki.

In [[this discussion|https://groups.google.com/d/msg/tiddlywiki/dQbt-JFdRR8/P0zR0njIAQAJ]], Evan asks how to hide the sidebar on startup. Motivated by just having helped out ~FrD over [[setting some fields at startup|https://groups.google.com/d/msg/tiddlywiki/l8fhn6EJB88/2KwbNbSrDAAJ]] a few minutes earlier, I realized that this can quickly be achieved via a javascript module of type startup.

!!Installation

To hide the sidebar on startup, drag these two over to your wiki

; [[$:/.tb/modules/startup/hide-sidebar.js]] <<date-version [[$:/.tb/modules/startup/hide-sidebar.js]]>>
: a startup module setting the sidebar state according to the below configuration tiddler
; [[$:/config/HideSidebarOnStartup]]
: in order to actually have the sidebar hidden on startup, set its content to `yes`

!! Source

{{$:/.tb/modules/startup/hide-sidebar.js}}

<<ColumnTable """[[ACEFAS]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

<<ColumnTable """[[Dugelay Informatique]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

<<ColumnTable """[[EGM Informatique]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

<<ColumnTable """[[FSI]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

<<ColumnTable """[[Gestlog]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

<<ColumnTable """[[Spie Batignolles]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

<<ColumnTable """[[UNIMECS France]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

<<ColumnTable """[[Vigitel]]""" "[[periode]][[secteur]][[regime]][[fonction]][[responsabilite]][[missions]]">>

!Entreprises associées à mon statut de Consultant
<<RowTable '[tag[Consultant]]'>>

Chef Comptble chez VIGITEL. 

Décrire le poste. Attention, ici chef comptable et DAF se mélangent. Le poste est celui de Chef Comptable mais il s'apparente plus à celui de DAF (sauf pour les paies) ou de celui de Directeur Financier

<$button message="tm-open-window" param="Cartouche Vigitel" tooltip="Fiche Récapitulative" aria-label="Help">Voir la Fiche Récapitulative</$button>

!La période
{{1996-1999}}

!L'entreprise

{{Vigitel}}

!Le Job

{{Salarié!!caption}} <$button message="tm-open-window" param="Salarié" tooltip="Plus de détail sur le statut de salarié" aria-label="Help">Plus d'infos</$button> Au poste de {{Chef Comptable!!title}} <$button message="tm-open-window" param="Chef Comptable" tooltip="Plus de détail sur le poste de Chef Comptable" aria-label="Help">Plus d'infos</$button> {{1996-1999}}

{{Missions Vigitel}}

Je fais face à un problème qui me semblait simple à résoudre mais dont je ne trouve pas de solution:

Avec le thème livré en standard "Vanilla base" changer la police de caractères est un jeu d'enfant. Il suffit d'aller dans le paneau de configuration / Appearance / Theme tweaks / Settings et d'indiquer la police choisie sur la ligne "''font family''". Que ce soit une police préinstallée sur votre ordinateur ou une police importé externe ou embarquée (voir à ce sujet les articles de Sylvain http://tw5.xyz/Guide%20FR/tiddlywiki-guide-fr-CCbysa-5.1.13.html#Embed%20a%20font et http://tw5.xyz/Guide%20FR/tiddlywiki-guide-fr-CCbysa-5.1.13.html#WebFont et mon post sur le forum https://forum.tiddlywiki.fr/t/configurer-une-police-web/414)

Si je change de thème et que je choisis le thème Starlight par exemple, je n'arrive pas à lui affecter une police de caractères spécifique (Tiddlers en mode visu). Toutes les manips que je tente prennent bien mes polices de caractères  en compte ''mais les affectent toujours sur le thème principal''. Ce n'est pas un problème de polices mais bien un souci de chemin.

Il y a donc chez moi une erreur de raisonnement. Quelqu'un aurait il une idée sur la bonne méthode à suivre ?

!État Civil

{{État Civil}}

{{adresses}}

!Profil

{{Profil}}

!Activités Professionnelles

<$button message="tm-open-window" param="Historique" tooltip="Ouverture dans une nouvelle fenêtre PopUp" aria-label="Help">Historique résumé</$button> [Vous pouvez trier par entête de colonnes]

<$button message="tm-open-window" param="Synoptique" tooltip="Ouverture dans une nouvelle fenêtre PopUp" aria-label="Help">Synoptique graphique</$button> [Temps passé par société en diagramme]

<<tabs "[tag[cv]sort[sub.num]]" "Divers" "$:/state/tab2" "tc-vertical">>

!Formation

{{Formation}}

!Informations diverses

<<tabs "[tag[Divers]sort[sub.num]]" "Divers" "$:/state/tab3" "tc-vertical">>

!État Civil

{{État Civil}}

{{adresses}}

!Profil

{{Profil}}

!Activités Professionnelles

<$button message="tm-open-window" param="Historique" tooltip="Ouverture dans une nouvelle fenêtre PopUp" aria-label="Help">Historique résumé</$button> [Vous pouvez trier par entête de colonnes]

<$button message="tm-open-window" param="Synoptique" tooltip="Ouverture dans une nouvelle fenêtre PopUp" aria-label="Help">Synoptique graphique</$button> [Temps passé par société en diagramme]

<<tabs "[tag[cv]sort[sub.num]]" "Divers" "$:/state/tab2" "tc-vertical">>

!Formation

{{Formation}}

!Informations diverses

<<tabs "[tag[Divers]sort[sub.num]]" "Divers" "$:/state/tab3" "tc-vertical">>

!{{!!title}}

Certaines offres d'emploi affichent parfois une liste impressionnante – voire dissuasive – de compétences requises. Mais ce n’est pas une raison pour « laisser filer » un poste qui vous plaît vraiment.

Pourquoi ? Parce que, si les entreprises se veulent toujours prudentes, il n'en demeure pas moins que certains secteurs et fonctions sont en tension. Et que le recruteur pourra y regarder à deux fois avant d'éliminer des candidatures non conformes à 100 %. Par ailleurs, __les employeurs misent aujourd'hui beaucoup sur les compétences comportementales comme la capacité d’adaptation, le travail en équipe, la rigueur….__ Des « soft skills » ou « savoir-être professionnels » que vous pouvez mettre dans la balance.

!!Evaluez l’écart de compétences

Première chose, le poste doit, d'abord et avant tout, répondre à vos aspirations. Il vous faudra ensuite évaluer l'écart de compétences entre votre profil et les critères objectifs du poste, en comparant l'offre d'emploi à votre CV, puis cerner la limite raisonnable pour tenter votre chance. Sachant que, dès lors qu'une qualification n'est que « ''souhaitée'' » ou « ''appréciée'' », la voie est de toute façon ouverte. 

!!Pensez à adapter votre CV

Votre CV doit être cohérent avec votre démarche. Si vous visez une autre fonction – vous étiez, par exemple, dans le marketing mais vous recherchez à présent un poste de commercial – pensez à changer le titre de votre CV. Vous pouvez aussi épurer le contenu pour ne garder que les compétences et expériences utiles, et n’hésitez pas à détailler les plus intéressantes, mêmes lorsqu'elles sont extraprofessionnelles, au regard des attendus du poste.  

!!La lettre de motivation, votre carte maîtresse

À vous de convaincre le recruteur que votre candidature est le fruit d'une décision réfléchie. En démontrant, arguments à l'appui, que vous êtes fait pour ce poste : vous aspirez depuis longtemps à des fonctions plus opérationnelles, ''vous n'avez pas le diplôme requis mais une longue expérience'' ; votre trajectoire est un peu courte mais vous avez des missions complexes à votre actif, etc. L'occasion aussi d'insister sur celles de vos compétences comportementales qui vous permettront au mieux d'exercer cette nouvelle fonction et de réussir votre intégration : envie d'apprendre, dynamisme, sens du relationnel... 

[ext[Suivant la Convention collective nationale des employés, techniciens et agents de maîtrise du bâtiment du 12 juillet 2006 - Textes Attachés - Protocole d'accord du 13 juin 1973 relatif aux organismes paritaires |https://www.legifrance.gouv.fr/affichIDCC.do;jsessionid=3F3252C775FA2C829E655BB03875019F.tpdjo09v_3?idSectionTA=KALISCTA000018773907&cidTexte=KALITEXT000018773898&idConvention=KALICONT000018773893]], le comptable 3ème échelon Position VI coefficient 830:

<<textSlider "Plus d'informations sur cette fonction" "

<<<
A la qualification du comptable 2e échelon, assure le fonctionnement soit d'une section de la comptabilité générale d'une entreprise à structure complexe, soit de la comptabilité d'un établissement secondaire à comptabilité autonome, soit de la comptabilité complète d'une entreprise à structure simple à l'exclusion de la responsabilité du bilan et de la gestion financière ; en cas de comptabilité analytique, a une connaissance approfondie de la structure de l'entreprise.
<<<

">>

<$button message="tm-open-window" param="Cartouche Spie Batignolles" tooltip="Fiche Récapitulative" aria-label="Help">Voir la Fiche Récapitulative</$button>

!La période
{{1980-1987}}

!L'entreprise
{{Spie Batignolles}}

!Le Job
{{Salarié!!caption}} <$button message="tm-open-window" param="Salarié" tooltip="Plus de détail sur le statut de salarié" aria-label="Help">Plus d'infos</$button> Au poste de {{Comptable 3ème échelon!!fonction}} <$button message="tm-open-window" param="Comptable 3ème échelon" tooltip="Plus de détail sur le poste de comptable 3ème échelon" aria-label="Help">Plus d'infos</$button>

{{Missions Spie Batignolles}}

{{$:/admin/connect}}

<$button message="tm-open-window" param="Cartouches Formateur" tooltip="Fiche Récapitulative" aria-label="Help">Voir les Fiches Récapitulatives</$button>


!Les périodes

<big> 12 ans et demi </big> au total


!Les Entreprises


J'ai exercé ces fonctions similaires, sous différentes formes pour les sociétés [[EGM Informatique]], [[GESTLOG|Gestlog]], [[ACEFAS]] et [[Dugelay Informatique]]



<mark class="roundedmark">EGM Informatique</mark>{{EGM Informatique}} {{1990-1995}}

{{Gestlog}} {{2000-2004}}

{{ACEFAS}} {{2004-2006}}

{{Dugelay Informatique}} {{2006-2007}}


!Le Job

Dans le cadre de la <mark class="roundedmark">formation professionnelle continue</mark>, pour le compte d'organismes de Formtion reconnus.

{{Missions EGMI}}

En qulité de <mark class="roundedmark">Consultant PGI</mark> [ERP en anglais] conseillé ou employé par la société qui commercialise son PGI, j'interviens à chaque étape du projet ERP et peut interférer lors  de la prise de décision d'acquérir un PGI.

En qulité de <mark class="roundedmark">Consultant en solo ou en indépendant</mark> qui m'ont permis de valoriser mon expertise en étant à mon compte. J'ai mené mes missions de consultanat, la plupart du temps auprès de Petites et Moyennes Entreprises.

Les contrat de mission ainsi menés contenaient les dispositions suivantes : une description complète du contenu de la mission du consultant et une indication évidente des délais dans lesquels chaque étape de mission devait être effectuée.

{{Missions GESTLOG}}

Ces fonctions exercées sous divers régimes peuvent être regroupées sous les appellations de ''Consultant'', ''Formateur'', ''Consultant Formateur en Gestion et Progiciels  de gestion Intégrés (PGI)''.


----
!Où ?
----

En France À ''Paris'' et en région parisienne (EGMI). Au ''Chesnay'' (Gestlog) et à ''Versailles'' (ACEFAS), à ''Lyon'' et à ''Villefranche sur Saône'' (Dugelay)

<div class="pretty">
<i class="fa fa-thumb-tack" style="color:#E74C3C"></i>&nbsp;&nbsp; 
C'est donc une ''expérience cumulée significative de plus de 13 années'' dans un domaine qui m'a beaucoup servi dans ma carrière  comptable et de contrôleur de gestion.
</div>

Nous voyons ici comment les Tiddlers sont transclus les uns dans les autres

$:/core/ui/PageTemplate/sidebar

Le code de ce __''template''__ indique ce qui doit apparaître dans la barre de menu et dans quel ordre:

1- Transclusion du titre du wiki c'est à dire $:/SiteTitle



2- Transclusion du sous-titre du wiki c'est à dire $:/SiteSubtitle



3- Afficher le contenu du  tiddler affichant les icons de contrôle, c'est à dire $:/core/ui/PageTemplate/pagecontrols:

{{||$:/core/ui/PageTemplate/pagecontrols}}

4- Transclusion du Tiddler affichant la barre de recherche et les tables Open, Recent, Tools et more, c'est à dire $:/core/ui/SideBarLists

<$transclude tiddler="$:/core/ui/SideBarLists" mode="inline"/>

Suivant le principe des boites gigogne :

* $:/core/ui/PageTemplate/sidebar contient:
**`[img width="250px"[$:/tiddlywiki.png]]` Une image (Logo, publicité etc.)
** $:/SiteTitle
** $:/SiteSubtitle
** $:/core/ui/PageTemplate/pagecontrols Tag `Aucun`
** $:/core/ui/SideBarLists Tag `Aucun`
***$:/core/ui/SideBar/Open Tag `$:/tags/SideBar` Détagué, il disparaît des tables de la sidebar. Il est maintenant affecté à la barre de menu de gauche,sous la rubrique: "Vous avez déjà lu".
***$:/core/ui/SideBar/More Tag `$:/tags/SideBar`
****$:/core/ui/MoreSideBar/All Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/Recent Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/Tags Tag `$:/tags/MoreSideBar `  Retagué `$:/tags/SideBar`
****$:/systemtags Tag `$:/tags/MoreSideBar) `
****$:/core/ui/MoreSideBar/Missing Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/Drafts Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/Orphans Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/Types Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/System Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/Shadows Tag `$:/tags/MoreSideBar `
****$:/core/ui/MoreSideBar/Plugins Tag `$:/tags/MoreSideBar `
****$:/core/ui/SideBar/Tools Tag `$:/tags/MoreSideBar ` Détagué, il est visible dans lepanneau de contrôle.

Le plugin $:/plugins/ajh/favorites est ajouté en standard sur la version 2.00. Il vous permet de garder en mémoire les Tiddlers importants auxquels vous souhaitez accéder rapidement.

Pour obtenir la liste actuelle des Tiddlers favoris

`$:/plugins/ajh/favorites/SideBar`

Soit:

{{$:/plugins/ajh/favorites/SideBar}}

''Important:''

Si vous souhaitez voir le menu sur la ~SideBar (c'est à dire à droite) vous devez taguer le Tiddler $:/core/ui/SideBar/TableOfContents `$:/tags/SideBar`

La zone de recherche à été déplacée sur la barre de menu gauche. Ce qui offre l'avantage de présenter les résultats de la recherche sur une zone plus large et mieux centrée.

<$button message="tm-open-window" param="Cartouche FSI" tooltip="Fiche Récapitulative" aria-label="Help">Voir la Fiche Récapitulative</$button>

!La période
{{2008-2017}}

!L'entreprise

{{FSI}}

!Le Job

{{Salarié!!caption}} <$button message="tm-open-window" param="Salarié" tooltip="Plus de détail sur le statut de salarié" aria-label="Help">Plus d'infos</$button> au poste de {{Contrôleur de Gestion Industriel!!caption}} <$button message="tm-open-window" param="Contrôleur de Gestion Industriel" tooltip="Plus de détail sur le statut de Contrôleur de Gestion" aria-label="Help">Plus d'infos</$button> {{2008-2016}}

{{Missions FSI}}

!Le contrôleur de gestion industriel

Comme un contrôle de gestion « classique », il met en place les outils de la politique budgétaire, élabore des reportings et des tableaux de bord, émet des recommandations à la direction générale. A ceci près qu’il est rattaché à un ou plus plusieurs sites de production. Le contrôleur de gestion industriel est recherché pour sa capacité à piloter des indicateurs de performance à mêmes d’optimiser les stocks ou d’augmenter la productivité.

<dl>{{{ [tag[CV]] || $:/tocEntry }}}</dl>

!État Civil

{{État Civil}}

!!!Adresse:
<<extract "AdresseChine" start:"<adresse>" end:"</adresse>" limit:"yes" mode:"inline">>

!Profil

<<extract "Profil" start:"<profil>" end:"</profil>" limit:"prévu" mode:"inline">>

<div style="page-break-before:always;">Page 2</div>

!Activités Professionnelles

!!{{1980-1987!!title}} - {{Spie Batignolles!!title}} - {{Comptable de chantiers!!title}}
{{1980-1987}}
{{Missions Spie Batignolles}}

!!{{1987-1990!!title}} - {{UNIMECS France!!title}} - {{Directeur Administratif et Financier!!title}}
{{1987-1990}}

{{Missions UNIMECS}}

<div style="page-break-before:always;">Page 3</div>

!!1990-1995 [...] 2000-2006 : {{Consultant Formateur en Gestion et Progiciels de Gestion!!title}}
<big>12 ans et demi</big> au total


Chez EGMI:

{{Missions EGMI}}

Chez Gestlog

{{Missions GESTLOG}}

Chez Acefas

{{Missions ACEFAS}}

Chez Dugelay Informatique:

{{Missions Dugelay Informatique}}

!!{{1996-1999!!title}} - {{Vigitel!!title}} - {{Chef Comptable - D.A.F.!!title}}
{{1996-1999}}

{{Missions Vigitel}}

<div style="page-break-before:always;">Page 4</div>

!!{{2008-2017!!title}} - {{FSI!!title}} - {{Contrôleur de Gestion!!title}}
{{2008-2017}}

{{Missions FSI}}

<div style="page-break-before:always;">Page 5</div>

!Formation

{{Formation}}

!Informations diverses

{{Divers-}}

[ext[CV Court.pdf]]

<iframe src='CV Court.pdf' frameborder="0" width="1024"; height="600"></iframe>

----
!{{Spie Batignolles!!caption}}
----

<<textSlider "{{1980-1987!!title}}" "
{{1980-1987}}
">>

<<textSlider "En résumé" "
{{Cartouche Spie Batignolles}}
">>

<<textSlider "La Société" " 
{{Spie Batignolles}}
">>

<<textSlider "Secteur d'activités : {{BTP!!caption}}" "
{{BTP}}
">>

<<textSlider "Au poste de {{Comptable 3ème échelon!!title}} " "
{{Comptable 3ème échelon}}
">>

<<textSlider " {{Missions Spie Batignolles en France et en Afrique du Sud!!title}} " "
{{Missions Spie Batignolles}}
">>

<<textSlider "Statut {{Salarié!!title}}" "
{{Salarié}}
">>

<<textSlider "Responsabilités" "
{{Supervision de 1 à 10 personnes!!title}}
">>


<div class="note">Voir également::</div>

<$button popup="$:/PopupStateExpatriation">Autres postes expatrié</$button> -  <$button popup="$:/PopupStateResponsabilites">Autres postes de responsabilités similaires</$button> 

<$reveal type="popup" state="$:/PopupStateExpatriation">

<div class="tc-drop-down">

{{{ [tag[Expatriation]] }}}

</div>
</$reveal>



<$reveal type="popup" state="$:/PopupStateResponsabilites">

<div class="tc-drop-down">

{{{ [tag[Contrôle 1 à 10 personnes]] }}}

</div>
</$reveal>

<div class="info">Le CV au format mémo permet d'y inclure des informations qui ne peuvent figurer dans un CV classique; il se lit comme une Nouvelle. Un recruteur qui n'aurait pas le temps de le lire pendant ses heures de travail pourrait le parcourir chez lui, le soir par exemple...</div>


Mon nom est {{ID EGM!!prenom}} {{ID EGM!!nom}}, je suis né le {{ID EGM!!naissance}}, je suis de nationalité {{ID EGM!!nationalite}}, et j'ai  62 ans. 

!!!!Le temps de l'insoucience
Petite enfance et adolescence dorées: en 1956, Mon pere est banqier (banque d'affaires CEGECO, MÉAUX et Cie) rue de la Michodière à Paris. Ma mère est manequin chez BALMAIN. Nous habitons un hotel particuler au 5 Rue berloz dans le 16ème arrondissement de Paris. Jacques Martin et son épouse y habiteront bien plus tard, Martin y fera référence lors d'une émission des grosses têtes en se souvenant avec émotion des soirées passées rue berlioz.


Le conte de fée en prend un coup lorsque vers mes 12 ans mon père tombe gravement malade, perd la banque obligeant ma mère à travailler, défi qu'elle relèvera brillament en devenant la première femme à entrer à la bourse de commerce de Paris.

Beaucoup moins d'argent dans la famille, on passe d'hotel particulier  a appartement, on change d'arrondissement, ce qui ne modifie absolument rien à la qualité de vie et aux relations que mon frère et moi avons avec nos parents: Il n'y a donc pas que l'argent qui fait  le bonheur.

!!!!Un stage à la bourse des valeurs de Paris
En 1975 j'effectue un stage d'environ un mois à la bourse des valeurs de Paris au sein d'un cabinet d'agent de change, la Charge CHARPENTIER. J'y avais été introduit par ma mère qui, à cette époque travaillait pour la bourse de Commerce. Stage fort intéressant où j'ai même pu exécuter des ordres en bourse à la corbeille, dans le Palais Brongnard. A l’époque, rien n'était encore informatisé, tout se passait à la voix. Ce monsieur Charpentier avait un numéro 2 incroyable ! À chaque fois qu'il quittait le bureau de son patron, donc forcément plusieurs fois par jour, il sortait (dos replié)tête baissée, et à reculons. Tel un laquais du temps ou nos rois avaient encore leur tête.

!!!!Mon premier vrai poste de travail
J'étais disponible quelques semaines avant de partir faire mon service militaire. Je me suis donc présenté dans une agence d'intérim en demandant s'il y avait une courte mission au poste de comptable. Le chef d'agence en trouva une qui pouvait convenir, en banlieue parisienne. Il me communique les coordonnées et la date d'embauche. Je me présente costumé et cravaté comme il se doit au lieu et à l'heure dite, monte au secrétariat et me présente: bonjour, je viens pour la mission de comptabilité. La dame me regarde avec des grands yeux et me dit d'une petite voix : Monsieur nous n'avons pas de poste de comptable à proposer. Je lui donne donc les informations que la société d'intérim m'avait communiquées. Non vraiment, le poste que nous avons posté chez cette agence est celui de manutentionnaire, en remplacement d'un salarié en arrêt maladie.

!!!!Le service militaire
En 1978, Service Militaire oblige, et de  peur de m'ennuyer ou d'effectuer des tâches ingrates, j'ai demandé (et obtenu) de me faire affecter à quelque chose qui ressemble à  un commando parachutiste. Après une période prémilitaire à Orléans, je suis envoyé en décembre 1978 au ''1er Régiment de Hussards Parachutistes'' (RHP, donc cavalerie) où j'ai passé une année... décoiffante!. Dans la section commandos effectivement et où pêle-mêle je suis resté plus de 300 jours sur le terrain, j'ai effectué 26 sauts (SOA), j'ai bénéficié de deux permissions de sortie, terminé au grade de Maréchal des Logis, transformé mon permis de conduire militaire en permis civil et surtout j'ai appris une chose importante sur moi-même: ''dans des situations difficiles ou conflictuelles j'ai le don de trouver des solutions acceptables par toutes les parties''.

!!!!Premiers pas professionnels
De retour à la vie civile, je fonce à mon agence ANPE locale du Bas Meudon où après exactement deux jours je suis convoqué à un entretien par deux entreprises, l'une dans le domaine du BTP et l'autre dans le domaine de la production cinématographique. Je choisis la société Spie Batignolles dont l'activité me parait être plus perenne. J'y suis embauché le 1er Janvier 1980 au plus petit grade de comptable avec une première paye de 3.000 Francs Français de l'époque. Je reste environ 6 mois au siège social alors à Velizy et en profite pour passer rapidement au titre de comptable 2ème échelon, puis à celui de comptable 3ème échelon, avec au passage un bon doublement de mon premier salaire (de mémoire aux alentours de 8,000 Francs Français mensuels)

!!!!Je m'ennuie

Làs, je ne tiens pas en place; je trouve mes collègues mous; je m'ennuie. Je vais voir le Chef du personnel (un ancien militaire) et lui demande de me faire affecter à l'étranger, n'importe où du moment que je bouge. Il va trouver la solution et reviens vers moi en m'indiquant qu'un comptable est requis en Afrique du Sud, à Johannesburg pour remplacer le comptable alors en place et qui doit lui-même être muté dans un autre pays.

!!!!!Mensonge utile ?

Il faut y parler l'anglais à défaut de parler l’afrikaans (Néerlandais donc). On me demande à plusieurs reprises si je parle anglais, ce à quoi je réponds invariablement par l'affirmative, sans qu'aucun ne songe à vérifier cette affirmation, parce que finalement personne ne parlait l'anglais, ou n'osait le parler. À l’exception cependant d'un des grands patrons du service qui me convoque deux jours avant mon départ pour l'Afrique du Sud, au 7ème et dernier étage de l'immeuble. Ambiance feutrée, secrétaires affairées, tout ceci me rappelant mon stage à la Bourse des Valeurs de Paris.

Pas flatteur pour moi, mais imaginez avoir avoué cette lacune: peut être n'aurais-je été détaché en Afrique du Sud, ce qui aurait changé ma vie!

!!!!Vous êtes un crapahuteur
Lors d'un entretien d'embauche, après l'Afrique du Sud, un recruteur après avoir écouté mon parcours a eu à mon égard cette curieuse qualification: "En bref, vous êtes un'' crapahuteur''". Je n'ai pas eu le poste. Mais en y regardant de plus près, ce DRH a tout de même soulevé une question importante: Un comptable, employé de bureau, peut il avoir un parcours aussi peu conforme à l'idée généralement admise de ce qu'il convient d'être à ce poste. Réflexion utile en ce qui me concerne avec une évidence qui s'impose: je ne pourrai trouver de Job dans un grand groupe où les définitions de postes sont trop formatées et les comportements sociaux trop stéréotypés. Il faudra regarder du coté des PME, plus souples plus réactives et réclamant des compétences plus élargies.

!!!!À l'assault de l'Angleterre

Fin août 1987, je suis repéré par le cabinet Michael Page qui me mets en relation avec un fils de banquier (encore un) Monsieur ''Jonathan Charles Perry MALTUS'' qui monte sa structure de consultants industriels en France, à Nanterre. Lui ne parle que l'anglais. Moi aussi et très bien rassurez vous!

Sources:

*[[Cadremploi|https://www.cadremploi.fr/emploi/detail_offre?offreId=156716694223683505&provenance=alertecv_algoreco&utm_source=cadremploi&utm_medium=email&utm_campaign=alerte_cv&seen=4&een=cda598f6017039c23dc48ed8d422ed74&token=eyJ1c2VyaWQiOiJlcmljLm1lYXV4QGhvdG1haWwuY29tIiwidGltZXN0YW1wIjoxNTIxNzgzMDk3MjYyLCJ2YWx1ZSI6Ik1teW56Q25JNkd4bmQxR0I5bEplNDZFQVphQkdQMFBKUEtNSi9JcnQxZ0U9In0]]
*[[Le journal de Saône et Loire|http://www.lejsl.com/edition-macon/2015/11/23/la-pme-qui-habille-les-motards]]
*[[Le site Ixon|https://www.ixon.com/public/]]

Vous êtes:

AEMF pour Access Equip Motos France. PME familiale. Aujourd'hui, leader français des équipements pour les motards et au top 3 mondial.

Sous la marque Ixon (https://www.ixon.com) votre PME est donc à la conquête du monde.

La société avec son CEO et propriétaire Thierry Maniguet et son responsable marketing Xavier Redois  se veut mondiale  puisque, outre la France, elle produit aujourd'hui au Cambodge, elle distribue en Italie et  effectue des prototypes et des achats en Chine. 

Ah la Chine...

Justement j'y suis encore et termine une mission de Contrôleur de Gestion démarrée en 2008 (plus de 10 ans déjà).

La description du poste à créer de Directeur Administratif et Financier recouvre un champ d'activités assez large (c'est logique puisque la structure est en plein développement), avec une belle place dédiée à ce qui demande à être développé : Process, outils, tableaux de bord, analyses. Encadrement d'un Chef Comptable et d'un contrôleur de gestion. Mise en place d'un service RH.

Mon parcours atypique remplis bien les cases de ce profil. Autonome et polyvalent c'est à dire capable de faire par moi-même, 17 années d'expatriation réussies font de moi un sénior sur qui l'on compte et j'ai encore quelques bonnes années devant moi. Je parle plus souvent l'anglais que le français (même à la maison!).

Je soumets donc mon CV et reste à votre disposition pour toute suite que vous souhaiteriez donner à ma candidature, en France au Cambodge  ou en Chine.

Bien à vous.

{{$:/admin}}

[ext[Source: Cadre online|http://www.cadresonline.com/conseils/coaching/fiches-metiers-salaires/fiches-metiers/detail/article/directeur-administratif-et-financier.html]]

!Autre appellation

Directeur administratif et financier : DAF

!Missions

Le directeur administratif et financier d’une entreprise s’occupe de la finance, des ressources humaines ainsi que du respect de l’application des réglementations et de la législation liées à l’activité de la structure pour laquelle il travaille. Le directeur administratif et financier a pour missions de :

*Gérer la comptabilité
*Veiller au strict respect de la loi
*Gérer le personnel et le service administratif
*Établir des prévisions budgétaires
*Proposer des solutions fiscales
*Coordonner les services dont il a la charge
*Valider les contrats émis par la société
*Rendre des comptes à la direction

!Environnement

Le directeur administratif et financier collabore avec tous les services de l’entreprise. Il est donc régulièrement amené à se déplacer et ses horaires sont irréguliers étant donné les responsabilités qu’il doit assumer.

Le salaire d’un directeur administratif et financier se situe entre 44 000 et 70 000 euros brut par an.

!Profil

Le directeur administratif et financier doit être polyvalent. C’est un spécialiste de la finance, du droit des entreprises et de la fiscalité. Le directeur administratif et financier a de solides connaissances en outils de gestion informatiques. La maîtrise de l’anglais est souvent exigée pour l’exercice du métier. Le directeur administratif et financier possède :

*des qualités managériales affirmées
*le sens de la communication et du contact
*le sens de l’organisation
*un esprit de synthèse et d’analyse
*un esprit d’initiative

Le directeur administratif et financier doit faire preuve :

*de rigueur
*d’une capacité d’adaptation confirmée

!!{{Langues!!title}}

{{Langues}}

!!{{Permis de conduire!!title}}

{{Permis de conduire-}}

!!{{Service Militaire!!title}}

{{Service Militaire}}

!!Le métier de contrôleur de gestion

{{Le métier de contrôleur de gestion}}

!!Tout cela pour dire quoi ?

{{Tout cela pour dire quoi ?}}

!!{{Langues!!title}}

{{Langues}}

!!{{Permis de conduire!!title}}

{{Permis de conduire-}}

!!{{Service Militaire!!title}}

{{Service Militaire}}

<mark class="roundedmark">Dugelay Informatique</mark> est une société de services Centre de Compétences Sage et Cegid Business Partner. <$button message="tm-open-window" param="Dugelay Informatique+" tooltip="Plus de détail sur DUgelay Informatique" aria-label="Help">Plus d'infos</$button>

[img[logo-Onysos.png]]


*Le PDG Christian Dugelay.
*Le site internet http://www.onysos.fr/
*Contact contact@onysos.fr

La PME est crée en 1983, il y a donc plus de 30 ans.

Dès ses débuts, ONYSOS (qui s’est appelée tout d’abord ''DUGELAY INFORMATIQUE'', puis DI SYSTEMES) développe et conçoit des logiciels de gestion adaptés aux spécificités de chaque entreprise dans les départements du Val de Saône :de Mâcon au nord à Lyon au sud en passant par les départements de l’Ain, Jura, Loire et Isère.

Dès 1996, la société reçoit de SAGE l’agrément le plus élevé : Centre de compétence (CCS). Elle confirme ainsi son aptitude à vendre et conseiller l’ensemble des logiciels de la gamme 30 et 100 ainsi et certifie son équipe de consultants spécialisés pour intégrer, paramétrer et former les utilisateurs de ces logiciels.

La société devient en 2003  CEGID PARTNER (CEGID Business Partner). L’éditeur Lyonnais permet de confirmer l'aptitude de ses consultants dans l’intégration des logiciels de gestion. L’ouverture de l’offre ~YourCegid (Cegid Business) demande une grande connaissance dans le fonctionnement des bases de données relationnelles (SGBDR) et des compétences en développement afin d’adapter les fonctionnalités selon le besoin des entreprises.

Est une Entreprise Individuelle que je fonde après mes contacts dans le domaine de la formation professionnelle.

<<<<
*''AFIDE, INTER-F, MVA''. Soit plus de 3.000 heures de cours notamment sur les logiciels des éditeurs SAARI et MICROLAND. 
*Pour le groupe ''ECONOCOM'' j'assure diverses missions en qualité de « formateur gestion »
<<<<

<<<<
* Pour ''IFOCOP'', je forme et prépare des stagiaires au diplôme de Technicien en Organisation et Gestion dEntreprises (TOGE).
* Pour'' AFPCE'' (Groupe EDC Ecole des Cadres) je prépare les stagiaires aux concours de l'Union Professionnelle des Comptables (UPC) 1er, 2ème et 3ème degrés.
<<<<

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{{ID EGM}}

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!La période
{{1987-1990}}

!L'entreprise
{{UNIMECS France}} <$button message="tm-open-window" param="Groupe Unimecs" tooltip="Plus d'infos sur le Groupe" aria-label="Help">Plus d'infos sur le Groupe</$button>

!Le Job
{{Salarié!!caption}} <$button message="tm-open-window" param="Salarié" tooltip="Plus de détail sur le statut de salarié" aria-label="Help">Plus d'infos</$button> Au poste de {{Directeur Administratif et Financier!!caption}} <$button message="tm-open-window" param="Directeur Administratif et Financier" tooltip="Plus de détail sur le poste de D.A.F." aria-label="Help">Plus d'infos</$button>

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| Période | Établissement | Spécialité | Obtenu |
|09/2002|SAGE (Formation spécialisée)|Progiciels de gestion|Agrément RCS (Revendeur Conseil) Progiciels de Gestion Ligne 100|
|08/2002|GEGID (Formation spécialisée)|Compta et paie|Agrément PGI de l'éditeur PAIE et COMPTABILITÉ S3 et S5|
|08/1995|SAGE France (Formation spécialisée)|Progiciels de gestion|Agrément PCS (Partenaire Conseil) Progiciels de gestion Ligne 100|
|1975 - 1978|ENOES (École de commerce)|Comptabilité|Diplôme d'Aptitude puis Probatoire au DECS. Équivalent BAC +3 <$button message="tm-open-window" param="Probatoire au DECS" tooltip="Plus d'informations sur cet ancien  diplôme" aria-label="Help">Plus d'infos</$button>|
|1965 - 1975|Collège Libre de Juilly|Études primaires et secondaires| - |

La société Feramus Services Industrie (FSI) est une société française industrielle de Design, fabrication, montage et maintenance d'équipements industriels, cuves de stockage, tutauterie, structures métalliques dont les clients sont principalement dans l'industrie chimique et la transformation alimentaire. Cette société française à une filiale dont elle est entièrement propriétaire en Chine, à Lianyungang et dans laquelle je suis détaché depuis le 1er Février 2008. Ses clients sont en immense majorité de grands groupes industriels français implantés en Chine.

La filiale FIE est implantée en Chine sur la côte est depuis le 15 Mars 2004.

<mark class="roundedmark">GESTLOG</mark> Est une SARL de Services Informatiques que je fonde et dont je suis le gérant. Gestlog est revendeur et intégrateur des progiciels de gestion du groupe SAGE et CEGID.

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!Bienvenue!
!!Pour bien aborder ce CV

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* Pour une présentation officielle de ~TiddlyWiki [[en anglais|http://tiddlywiki.com/]] et [[en français|http://tiddlywiki.com/languages/fr-FR/index.html]]. Et pour être informé des dernières avancées du développement voir la "[[issues list|https://github.com/Jermolene/TiddlyWiki5/issues]]" sur [[GitHub|https://github.com/]].


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*Le menu {{Menu-Mode recherche}} présente une table des matières permettant d'aborder le CV sous différents angles:

**Par mots clés: [[Par entreprise|Entreprises]], par [[expériences (missions)|Expériences]], par [[périodes|Périodes]], par [[régime|Régimes]], par [[responsabilités|Responsabilités]], par [[secteurs d'activités|Secteurs]]. Vous obtiendrez des tableaux  synoptiques regroupant les contenus correspondants à ces mots clés.
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!!!Imprimer le CV
Voir [[Réglages pour l'impression]] et suivre les instructions.

!Le Groupe UNIMECS

Le groupe [[UNIMECS|TPS Unimecs (U.K.) Limited]] est une PME européenne dont le siège social est situé à Londres et qui es implantée dans 5 pays. Il exerce une activité de consulting : "Industrial Consultants". Elle délègue à ses clients - principalement des Grands Groupes un personnel technique hautement qualifié pour des missions ponctuelles. En France le groupe identifie recrute et gère un portefeuille d'une trentaine d'ingénieurs de tous corps de métiers de l'industrie. 

!TPS Unimecs (U.K.) Limited

TPS Unimecs (U.K.) Limited was incorporated on 07 Jul 1987 and is located in London. The company's status is listed as "Dissolved". TPS Unimecs (U.K.) Limited does not have any subsidiaries. 


* Company type: Private Limited Company
* Company number: 02145307
* Company status: Dissolved
* country of origin: United Kingdom
* incorporation date: 1987.07.07
* dissolution date: 2013.07.23
* last member list: 2012.05.23
* has UK establishment: No
* has appointments: Yes
* in liquidation: Yes
* Nature of Business:  78200 - Temporary employment agency activities
* Last accounts made up to 30 June 2011

*PDG Johnatan MALTUS
*Alan CHAPMAN Directeur Financier du groupe

TPS Unimecs Nederland BV


* __''Jonathan Charles Perry MALTUS''__
* Born June 1955
* 22 Chancery Lane, London, United Kingdom, WC2A 1LS




Previous company names

|Name|Period|
|ALLIED TECHNICAL SERVICES LIMITED|23 Feb 1990 - 28 May 1992|
|TECHNOLOGY PROJECT SUPPORT SERVICES LIMITED|17 Dec 1987 - 23 Feb 1990|
|TECHNOLOGY PROJECT SERVICES (AEROSPACE) LIMITED|23 Jul 1987 - 17 Dec 1987|
|SIGNBEAM LIMITED|07 Jul 1987 - 23 Jul 1987|


* JCP MALTUS LIMITED (10961719)
* Company status : Active 
* Correspondence address:  22 Chancery Lane, London, United Kingdom, WC2A 1LS
* Role Active : Director 
* Appointed on : 13 September 2017 
* Nationality: British 
* Country of residence : France 
* Occupation: Consultant 
* Company number 10961719

<<RowTable '[tag[Column Data]]'>>

<h1>{{!!prenom}} {{!!nom}}</h1>

Né le {{!!naissance}}<br/>
<egm>De nationalité</egm> {{!!nationalite}}<br/>
E-Mail: {{!!mail}}<br/>
GSM (Chine) : {{!!gsm}}<br/>
{{Permis de conduire!!title}} {{Permis de conduire!!permis}}<br/>
[[Passeport]]

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

<dl>{{{ [tag[Imprimer]] || $:/tocEntry }}}</dl>

<table>
<thead><tr><td>Tiddler</td><td>Ordre</td></tr></thead>
<$list filter="[tag[Menu]] [tag[]] +[sort[sub.num]]"><tr><td><$link to={{!!title}}> (O) </$link>
<$appear show="<$text text={{!!title}}/>" $state="tiddler-slider" mode="block">
<$transclude mode="block" tiddler={{!!title}}/>
</$appear></td><td><$edit field="sub.num" class="tc-edit-texteditor"/></td></tr></$list>
</table>

<<tabs "[tag[Jobs]sort[sub.num]]" "Fonctions" "$:/state/tab2" "tc-vertical">>

La macro Extract joue un rôle important dans la présentation de ce CV

*Voir "Extract Macro" de Learn
*$:/_telmiger/extract

*Anglais couramment parlé, lu et écrit.<br/>
*Pratiqué dans le cadre de mes activités professionnelles depuis plus de 15 ans.

J'apprécie particulièrement le métier de contrôleur de gestion en milieu industriel parce qu'il exige une grande mobilité. le seul moyen de correctement appréhender le suivi des affaires, c'est précisément de les suivre: depuis les différentes chaînes de production dans les ateliers (découpe, fabrication, sablage et peinture), puis au packaging (mise en containers ou préparation en vrac) et jusqu'à leur expédition depuis les ports chinois jusqu'à leur arrivée dans les pays du monde entier.
Je passe donc une partie de mon temps sur le terrain et suis en contact étroit avec les différents responsables de services: bureaux d'étude, ingénieurs, monteurs, acheteurs,responsables des ressources humaines etc...

Derrière les chiffres, les analyses et les tableaux de bord il y a des réalités de terrain, des histoires et des évènements. Mes chiffres parlent et je sais ce qu'ils contiennent.

C'est tout simplement passionnant.

Une barre de menu localisée sur le bord gauche de votre écram peut être activée.

Le contenu de cette barre se trouve dans le Tiddler $:/plugins/TWaddle/LeftBar/Menu

Pour fonctionner, ce plugin requiert les Tiddlers suivants :

{{$:/plugins/TWaddle/LeftBar/contents}}

Il y a actuellement deux problèmes à résoudre mais qui n'empêchent pas le bon fonctionnement partiel du système:

1- Dans le Tiddler de paramétrage (que l'on retrouve dans l'onglet Paramètres de la ~SideBar) $:/plugins/TWaddle/LeftBar/settings. Il y a un problème avec la dernière ligne de choix: ''"Ctrlpanel"''. En cliquant sur un des choix de la checkbox, l'onglet Leftbar est carrément supprimé de la ~SideBar. Il convient soit de supprimer cette option ou réviser le code. Source: http://leftbar.tiddlyspot.com/

2- ''Anomalie'' -> Em node zoomin et quand on ouvre la barre via le déplacer de la souris le long de la barre (le problème ne se pose pas avec l'ouverture via le clic sur bouton parceque dans ce cas le Tiddler courant est poussé, déplacé par la ~LeftBar), la barre passe sous le tiddler ouvert de la Story River. Elle est donc cachée partiellement par ce tiddler. Ce problème ne se rencontre pas si l'on passe en mode view "classic".

J'y ai placé la liste des tiddlers ouverts (open) indiquant ainsi, en étant en mode zoomin la liste des ''articles déjà lus''. Corrélativement le tiddler $:/core/ui/SideBar/Open à été détagué `$:/tags/SideBar` n'apparaissant donc plus dans les tables de la ~SideBar

On pourrait également y loger les articles en relation avec l'article en cours de lecture dans la Story River mais il faut développer une routine que je ne maîtrise pas actuellement.

Dans la table  [[Navigation|$:/Barre-navigation]] des [[paramètres|$:/core/ui/SideBar/Param]] de la ~SideBar

!!Explication du système:

<div class="pretty">
<i class="fa fa-thumb-tack" style="color:#E74C3C"></i>&nbsp;&nbsp; Concerne la ''barre de navigation'' elle-même et non ''pas son contenu''.
</div>



Les 4 Tiddlers composant la barre de menu sont les suivants:


*$:/to/ui/navbar
*$:/state/navbar
*$:/user/config
*$:/admin/config/Buttons/navbar


Cliquer sur "Afficher la barre de navigation" a pour résultat d'enregistrer le tag `$:/tags/Stylesheet` dans le Tiddler $:/to/ui/navbar ou de le supprimer et d'indiquer show ou hide dans le tiddler `$:/state/navbar`.

Les paramètres suivants sont accessibles:

*Afficher/Supprimer la barre de navigation
*Couleur de la barre
*Hauteur de la barre
*Afficher/Retirer la bordure
*Couleur de la bordure
*Taille de la bordure
*Espace entre les menus (Actuellement non utilisé)
*Taille Story Top Position (<<rojo "Ne fonctionne qu'avec le thème de base. A revoir">>)

Les Tiddlers relatifs à la gestion du système de login sont tagués <$button popup="$:/TiddlyOueb">TiddlyOueb</$button> et comtiennent  les tiddlers suivants:

<$reveal type="popup" state="$:/TiddlyOueb">

<div class="tc-drop-down">

{{{ [tag[TiddlyOueb]] }}}

</div>
</$reveal>

<<list-links filter:"[tag[TiddlyOueb]]">>

!!Explication du système

Le système de login est appelé par le menu Administration -> Connexion. Un login + Mot de Passe sont réclamés pour accéder aux options de paramétrage accessibles seulement à l'administrateur.

Le passage du mode web au mode admin est effectué par le tiddler $:/admin/connect/Buttons/mode-admin En fait le code de ce tiddler exécute deux actions simultanées:

*Il positionne le switch $:/admin/switch à la position admin
* il rend visible (utilisable) :

Les boutons attachés aux tiddler dans la view Toolbar:

*Le bouton "more actions" ($:/core/ui/Buttons/more-tiddler-actions)
*Le bouton "edit this tiddler" ($:/core/ui/Buttons/edit)
*Le bouton "close this tiddler"" ($:/core/ui/Buttons/close)
*Il faudra aussi ajouter le tiddler $:/plugins/danielo/encryptTiddler/openPopup

Ce qui permet à l'utilisateur d'éditer, de fermer et d'accéder à toutes les autres actions possibles sur les tiddlers contenues dans le bouton "more actions".

*Le chevron Hide/Show ~SideBar ($:/core/ui/TopBar/menu)en position ouverte via le tiddler $:/state/sidebar en lui affectant la tag `TopRightBar` sans lequel il n'est pas visible.

Dans la Page Toolbar (La ~SideBar, ou barre de menu latérale) 

*le bouton "close all" ($:/core/ui/Buttons/close-all) en lui affectant le tag $:/tags/PageControls sans lequel il n'est pas visible.
*Le bouton "Déconnection Admin" en lui affectant également le tag $:/tags/PageControls sans lequel il n'est pas visible.

!!Remarques: 

#Le code final du tiddler $:/admin/connect/Buttons/mode-admin concernant "show Contenus tab" n'est plus utile dans cette version. Il faut probablement le supprimer dans la mesure ou un menu implémenté dans la ~SideBar ne sera pas la solution adoptée par ~TiddlyOueb.
#[[Le système de vérouillage des Tiddlers]] est efficace mais dangereux. Si le mot de passe est erroné à la frappe il est impossible de le récupérer (j'en ai fait l'expérience!)

Le menu peut être présenté sous deux formes différentes:

*Soit dans la barre de menu haute
*Soit dans la ~SideBar
*Soit à la fois dans la barre de menu haute et dans la ~SideBar

!Le menu dans la barre de menu haute

Dans la table [[Menu|$:/Menu]] des [[paramètres|$:/core/ui/SideBar/Param]] de la ~SideBar

!!Explication du système:

<div class="pretty">
<i class="fa fa-thumb-tack" style="color:#E74C3C"></i>&nbsp;&nbsp; Concerne le ''Menu'' éventuel ''dans la barre de navigation'' et non ''pas la barre elle-même''.
</div>

Les 8 Tiddlers composant le menu sont les suivants:

|$:/plugins/tongerner/topmenu/help|Non Tagué|
|$:/plugins/tongerner/topmenu/icon|Non Tagué|
|$:/plugins/tongerner/topmenu/menu-template|Non Tagué|
|$:/plugins/tongerner/topmenu/readme|Non Taghé|
|$:/plugins/tongerner/topmenu/settings|$:/tags/plugin-tweaks|
|$:/plugins/tongerner/topmenu/settings-help|Non Tagué|
|$:/plugins/tongerner/topmenu/styles|$:/tags/Stylesheet|
|$:/plugins/tongerner/topmenu/topmenu|$:/tags/TopLeftBar|

C'est la transclusion du Tiddler $:/plugins/tongerner/topmenu/settings qui donne accès aux options possibles de paramétrage:

*Positionnement du titre des menus par rapport au bord haut de l'écran
*Positionnement du premier titre de menu par rapport au bord gauche de l'écran
*Coins arrondis des bords d'entourage des titres de menus
*Taille des titres de menus
*Taille des caract1eres des entrées de menu

!!!Pour gérer le menu en barre de menu haute

C'est le tiddler $:/plugins/tongerner/topmenu/topmenu qui gère la présentation visuelle du menu en barre de nenu haute. Ce tidler est tagué `$:/tags/TopLeftBar`. Retirer ce tag équivaut à supprimer le menu. Pour choisir si le menu doit ou ne doit pas figurer en barre de menu haute, il suffit donc d'inscrire ce tag ou non. Il convient de procéder ici de la même méthode que celle employée pour voir ou ne pas voir la barre de menu.

!!!Coder la présence ou l'absence du menu en barre de menu haute

Élements de codage pour apparition/disparition du menu.

Le tiddler $:/admin/config/Buttons/navbar est dupliqué dans le Tiddler $:/admin/config/Buttons/menu

`$:/state/navbar` est remplacé par `$:/state/menu`

`$:/to/ui/navbar` est remplacé par `$:/to/ui/menu`

Le tiddler $:/state/navbar est dupliqué dans le tiddler $:/state/menu


Le Tiddler $:/plugins/tongerner/topmenu/menu-template reprend le même code que le Tiddler shadow $:/core/ui/TagTemplate

!Le menu dans la ~SideBar

*Créer autant de tiddlers avec le même nom que ceux donnés à vos en-tête de menus de la barre de menu haute. Par exemple créer un Tiddler "Administration" un Tiddler "Documentation" etc.
*Taguer chacun de ces Tiddlers `TableOfContents`

C'est tout : Les tiddlers rattachés aux en-têtes des menus de la barre de menu haute sont automatiquement attachés à ceux que vous venez de créer dans la ~SideBar 

!Créer de nouveaux menus dans la barre de menu en haut

* Ouvrir le Tiddler $:/plugins/tongerner/topmenu/topmenu
*Ajouter une ligne avec le nom du menu devant apparaître dans la barre de menu.
*Les sous-menu qui seront affectés au menu principal que vous venez de créer seront les noms des tiddlers auxquels vous aurez affecté le tag correspondant au nom du menu. Par exemple si je crée un Tiddler "test" et que je lui affecte le tag "Documentation" il apparaîtra dans la liste des tiddlers (sous-menus) attachés au menu Documentation.

Fonctionne avec l'implémentation du plugin $:/plugins/danielo/encryptTiddler Système efficace mais sans possibilité de déblocage en cas d'erreur d'encryptage d'un Tiddler. Il est alors impossible de récupérer le mot de passe. Il convient donc de saisir ce mot de passe avec une extrême attention.

Ce plugin est utilisé avec l'ajout d'une page spéciale $:/plugins/TWaddle/tw-admin/content donnant à l'administrateur la possibilité de sécuriser l'utilisation du wiki de manière plus drastique. Cette page vient compléter les paramétrages de base offerts par [[Le système de login]]

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>*Conseil en Système d'Information - Organisation
>*Implémentation de solutions de gestion, paramétrages et formation aux outils de gestion Sage, lignes 30 et 100 (bases propriétaire et SQL) pour le compte de PME et d'acteurs majeurs SAGE
>*(CCS/PCS). Comptabilité, Immobilisations, Moyens de paiement, Etats comptables et fiscaux, Facturation, Paie et relations du Personnel (DADS U notamment).

>*CCS (Centre de Compétences Sage)
>*Implémentation d'application de gestions pour les PME-PMI. >*Installation, paramétrages et formation. 
>*Interventions sur la France entière.

{{EGMI Formation Professionnelle Organismes}}

{{EGMI - Formation Professionnelle entreprises}}

!!!En Chine
>*Valorisation des contrats Chine/France/Étranger
>*Établissement et suivi des budgets.
>*Analyse des écarts (sur poids, sur heures, et sur valeurs)
>*Suivi et valorisation des expéditions à l'international.
>*Gestion et suivi des contrats de sous-traitance (contrôle des poids fabriqués et facturés par affaire)
>*Bilans d'affaires.
>*Gestion administrative des expatriés
>*Gestion de la trésorerie: Prévisions et réalisation

>*Intégrateur de solutions de gestion pour les PME-PMI.
>*Missions de conseil auprès de notre clientèle. Fonctions commerciales et techniques. 
>*Tenue de la comptabilité de deux sociétés, 
>*Gestion de la paie dun centre équestre.

{{Spie Batignolles en France}}

{{Spie Batignolles en Afrique du Sud}}

!!!En France, Au Royaume Unis, à Monaco
<<<<
*Création de la filiale française à Nanterre (10 personnes) dont je prend en charge l'ensemble de la gestion administrative et comptable incluant le reporting des comptes, l'audit, le contrôle de gestion et l'implémentation de l'informatique de gestion.

*Détaché à Londres, au siège, j'unifie les procédures informatiques permettant le suivi et l'analyse des marges consolidées du groupe.

*Détaché à la filiale de Monaco, je révise les procédures informatiques de gestion et réorganise la comptabilité.
<<<<

>*En charge de la production de la Comptabilité générale, analytique; fiscalité des entreprises; maintenance globale du système d'informatique de gestion. 
>*Production des comptes. 4000 clients, 10000 pièces comptables par an. 18 salariés. 10 MF CA. 
>*Mise en place, gestion et contrôle des contrats d'abonnement à la base de la facturation clients (mensuels, trimestriels, bi-annuels et annuels)
>*Responsable de deux collaborateurs.

<div class="pretty">
<i class="fa fa-thumb-tack" style="color:#E74C3C"></i>&nbsp;&nbsp; Contrôleur de Gestion - Algérie (base-vie) H/F
</div>


Messieurs,

Je viens de prendre connaissance de votre offre d'emploi au poste de Contrôleur de Gestion en base vie (Algérie) sur le site Cadre Emploi, à laquelle je souhaite postuler.

Expatrié de longue date (plus de 15 années) dans le milieu du <mark class="roundedmark">BTP/TP</mark> puis  <mark class="roundedmark">industriel</mark>, je termine une mission de <mark class="roundedmark">Contrôleur de Gestion</mark> démarée en 2008.

Ma formation comptable, puis orientée CAE - Contrôle de Gestion est doublée d'une très bonne maîtrise des applications de gestion.

Autonome et polyvalent, je suis actuellement résident en Chine et suis disponible immédiatement.

Je reste à votre disposition pour toute suite que vous souhaiteriez donner à ma candidature.

Bien à vous,

Eric MEAUX

Mail: eric.meaux@hotmail.fr

Portable: + 86 153 7151 9109 (Chine)

Rien ici pour le momenet

[ext[Photo passeport|doc/personnel/Eric's passport.jpg]]

[img[img-passeport]]

<<tabs "[tag[Périodes]]" "Divers" "$:/state/tab2" "tc-vertical">>

*Titulaire du permis de conduire B. <$button message="tm-open-window" param="Permis de conduire+" tooltip="Plus de détail sur mes permis" aria-label="Help">Plus d'infos</$button>

*Titulaire du permis de conduire B

*Numéro licence :791192220070
*Délivré par la Préfecture de Versailles
*Le 25 Janvier 2002
* Date d'obtention : 29-11-1979
* Permis de conduire chinois

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!!Une fenêtre "Plus d'infos"
<div class="pretty">
<i class="fa fa-thumb-tack" style="color:#E74C3C"></i>&nbsp;&nbsp;
Ceci est un exemple de fenêtre ~PopUp contenant plus d'informations sur un sujet donné...
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* Pôle Emploi Pierrelatte.
* Site web : http://www.pole-emploi.fr
* Identifiant : 3664695P
* Mot de Passe : 563625
* Adresse: 2, Rue James WATT. 26701 Pierrelatte
----
* RDV du 6 Juillet avec Madame Christine NANOT
* Conversation téléphonique du 18 Juillet 2017 à 11H avec Madame Sandra LLOUQUET
----
* Mon numéro SS : 1-56-05-75-051-176-54
* Mon téléphone en France : 06-77-46-15-68
----
Informations de Madame LLOUQUET reçues par mail le 18 Juillet 2017 :

Pour faire suite à notre entretien, j’ai le plaisir de vous transmettre des informations utiles à votre prospection :

* Contact CCIF / http://www.ccifc.org/about-us/our-team/ + offres d’emplois sur le site
*  Notre veille informative : Scoop it : http://www.scoop.it/t/oceasia-equipe-mobilite-internationale-oceanie-asie-pole-emploi?nosug=1

''Sites offres d’emplois en France/Chine :''

* https://www.bonjourchine.com/
* https://88jobs.fr/ - Laurent Clémentz
* Projet HAINING : https://fr.linkedin.com/pulse/france-chine-le-projet-de-haining-labellis%C3%A9-industrie-pierre-dhomps

* Sandra Llouquet                               
* Equipe Mobilité Internationale ASIE-OCEANIE

Pôle Emploi me fait parvenir via lien sur mail la revue de presse d'OCEASIA, l'équipe mobilité internationale. Voir le lien [[ICI|http://www.scoop.it/t/oceasia-equipe-mobilite-internationale-oceanie-asie-pole-emploi?nosug=1]]

Voir aussi:

https://www.emploi-store.fr/portail/services/jaipasleprofil

!!Équivalenve réelle actuelle de ce diplôme

Source: https://experts-univers.com/probatoire-au-decs-d-comptabilite.html

A quoi corrsponds le probatoire au DECS de comptabilite actuellement

 Il s'agissait d'un examen à trois épreuves : comptabilité + droit + economie. Cela donnait une équvalence BAC pour ceux qui ne l'avait pas, mais était de toute façon indispensable pour continuer vers le DECS et en préparer les 3 certificats, memes matières.

- Aptitude au probatoire = dispense du bac pour la suite, il y avait encore relativement peu de bacheliers à l'époque. Simple rédaction à caractère économique sa réussite donnait juste le droit de passer le probatoire du DECS. 

- Probatoire du DECS 3 épreuves droit-éco-compta du niveau du dpecf actuel, taux de réussite autour de 50 %. Diplôme très apprécié des employeurs pour des postes qualifiés mais non-cadre. L'écart de niveau avec le DECS était très important et très peu des candidats libres ou venu des cours du soir réussisaient à poursuivre vers le DECS.

Les bacheliers passent directement le probatoire. Les non-bacheliers  doivent passer l'examen de l'aptitude du probatoire tout en préparant en parallèle le probatoire.

Le Probatoire du DECS était "un filtre" qui imposait aux candidats aux études supérieures de comptabilité titulaire d'au moins le BAC à s'initier aux trois matières qui constituaient le Diplôme du DECS (Diplômes d'Etudes Comptables Supérieures). Droit Economie Comptabilité Il est équivalent à un diplôme de niveau IV 

Niveau IV : BAC Les diplômes de niveau IV, listés ci-dessous, ont un niveau BAC et BAC+1 :

*Probatoire du Diplôme d'études comptables supérieures (DECS)

Il faut aussi consulter le RNCP Répertoire national des certifications professionnelles qui contient toutes réponses (à quelques exceptions près) relatives aux diplômes anciens et nouveaux.

Aussi diplomeo.com

''le Probatoire a été remplacé par le DPECF dès 1985'' le DECS a donc changé de forme se divisant en Fonction de spécialité en 2 parties et l'ensemble de celles ci correspond à l'ancien DECS.

Ce que dit le groupe Adeccco: un diplôme de niveau Bac+5 (de type Master CCA, DSCG, DESCF etc.)

<<<.tc-big-quote

<profil>De formation comptable, détaché en Europe et expatrié de longue date en Afrique et en Chine, je suis avant tout impliqué en matière de comptabilité analytique (''Contrôle de Gestion'') avec un objectif clé: mettre l'accent sur une approche coût/profit : Chaque ressource doit être consommée si et seulement si le bénéfice qui en est attendu dépasse son coût prévu.</profil> <$button message="tm-open-window" param="Profil+" tooltip="Plus de détail sur mon profil" aria-label="Help">Plus d'infos</$button>

<<<

!!Profil (suite)

<<<.tc-big-quote

Mettre en place des systèmes de coûts pertinents dans un environnement industriel fortement concurrentiel nécessite jugement et pratique.

Avec une expérience d'ancien comptable d'entreprises, je sais comment adapter la ''comptabilité financière'' pour donner les informations les plus pertinentes destinées à servir les objectifs de ''comptabilité de gestion''. 

Savoir détecter les problèmes ou les incertitudes, obtenir des informations, faire des projections sur l'avenir, choisir parmi des solutions disponibles, décider leur mise en œuvre, en évaluer le rendement et apprendre des résultats obtenus concernent au premier chef mon métier de ''Contrôleur de Gestion''.

<<<

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|Line height | 20 | 20 |
|Font size for tiddler body | 12 | 15 |
|Line height for tiddler body | 22 | 22 |

!Paramètres -> Tiddlers
*Tags cachés: ~TableOfContents, CV, Imprimer
*Cacher titre des Tiddlers: Activé

!Paramètres -> ~LeftBar
*Toogle menu bouton désactivé (Le bouton n'apparaît pas en haut à gauche)

!Paramètres -> ~TopBar
*Afficher la barre de navigation: case décochée

!Paramètres - > Width
*Largeur Tiddlers: Pleine largeur

!Paramètres -> Interface
*Afficher le pied depage: Case à cocher désactivée.

*[ext[Source|https://www.cadremploi.fr/emploi/detail_offre?offreId=156317095449280206&provenance=alertecv_algoreco&utm_source=cadremploi&utm_medium=email&utm_campaign=alerte_cv&seen=4&een=cda598f6017039c23dc48ed8d422ed74&token=eyJ1c2VyaWQiOiJlcmljLm1lYXV4QGhvdG1haWwuY29tIiwidGltZXN0YW1wIjoxNTI0MTExNDU5NDQ0LCJ2YWx1ZSI6Inl0UzJoaUdRclhwMzRNbmE3Unl6YkJWMDU0L0NsclJ0eTE3eVRtM0VBMWs9In0]]
*Date de mise en ligne : 11.04.2018
*Cabinet : PHENICIA
*Fonction : Responsable administratif comptable H/F
*Localisation : Brazzaville-RDC
*Type de contrat : CDI
*Secteur : BTP Travaux Publics


!Entreprise

Phénicia Conseil cabinet spécialisé dans le recrutement d'expatriés sur le continent Africain recherche un Responsable administratif comptable H/F pour son client un groupe international leader dans le secteur du BTP

!Poste

Rattaché au DAF du territoire vous assurez le management d'une équipe constituée d'une dizaine de personnes et la gestion d'un chantier de 35-70 millions d'euros

Votre fonction s'articule autour des principales missions suivantes:

*L'encadrement de l'équipe administrative,
*Le reporting mensuel production et résultat,
*L'établissement de bilans de gestion (compte d'exploitation) du chantier,
*Le suivi de la trésorerie, ainsi que des déclarations fiscales et sociales,
*Le contrôle budgétaire,
*Le suivi du personnel,
*La gestion des assurances,
*La gestion contractuelle des marchés,
*Le suivi des comptes internes.

Le poste est basé à Brazzaville (République démocratique du Congo)


!Profil

De formation supérieure Bac +4/5,vous êtes de formation comptable ou issu d'une école de commerce DCG,ESC ou équivalent.

Vous justifiez obligatoirement d'une expérience professionnelle à un poste de Responsable administratif comptable d'au minimum quatre ans acquise sur le continent Africain dans le management d'équipes multiculturelles dans le secteur du BTP

Vous savez faire preuve d'écoute,d'esprit d'analyse et de prise de recul

Vous savez travailler dans l'altérité et avez une forte capacité d'adaptation à tout contexte professionnel et environnement culturel

Des capacités d'organisation et d'adaptation associées à des qualités managériales constitueront les ingrédients majeurs pour relever avec succès ce challenge

!Motivation

Messieurs,

Je viens de prendre connaissance de votre offre d'emploi au poste de Responsable Administratif Comptable en RDC sur le site Cadre Emploi, à laquelle je souhaite postuler.

Expatrié de longue date (plus de 15 années) dans le milieu du <mark class="roundedmark">BTP/TP</mark> puis  <mark class="roundedmark">industriel</mark>, je termine une mission de <mark class="roundedmark">Contrôleur de Gestion</mark> démarrée en 2008.

C'est en Afrique du Sud, pour le compte de la Spie Batignolles que j'ai débuté ma carrière en qualité de comptable et responsable des dossiers administratifs liés dans un contexte qui semble similaire à vos prérequis.

Ma formation comptable, puis orientée CAE - Contrôle de Gestion est doublée d'une très bonne maîtrise des applications de gestion.

Autonome, polyvalent et très mobile, je suis actuellement résident en Chine et suis disponible immédiatement.

Je reste à votre disposition pour toute suite que vous souhaiteriez donner à ma candidature.

Bien à vous,

Eric MEAUX

[ext[Source|http://www.theodore-search.com/portfolio/responsable-administratif-et-financier-hf-raf1787-ts/]] Via Cadremploi.

!!L'entreprise :

Acteur majeur du <mark class="roundedmark">Bâtiment et des Travaux Publics</mark>, notre client poursuit un développement dynamique et ambitieux en France et à l’International.

*Localisation : Côte d'Ivoire
*Référence : ''RAF/17/87-TS'' 

!!Le poste

Nous recherchons un Responsable Administratif et Financier pour les activités du groupe en Côte d’Ivoire (entités existantes ou à créer). A ce titre, vos missions s’articulent autour des axes suivants :

*__''Pilotage de la comptabilité''__ : préparation et vérification des éléments nécessaires pour transmission au siège, où la comptabilité des entités est tenue. Préparation des clôtures de comptes trimestriels et annuels,  relation avec auditeurs/CAC locaux (transmission des éléments pour audit annuels et certification des comptes,…) ;

*__''Gestion administrative du personnel et des contrats locaux''__ : contrats de travail, permis de résidence, visa de travail, comptes bancaires pour les employés et conformité, transfert de personnel entre les sociétés, obtention et vérification des pointages, préparation des fiches de paye, congés, retour périodiques, couverture médicale… ;

*__''Relations avec les autorités locales''__, obtention et renouvellement des licences, relation avec sponsors et co- actionnaires, judiciaire société local, pouvoirs… ;

*__''Administratif et informatique''__ : suivi des contrats de locations (bureaux, Yards, Appartements, etc…), suivi et maintenance des moyens informatiques, fixes, portables, réseau, adresses mail, … ;

*__''Trésorerie''__ : relations avec les banques, réalisation trésorerie, prévisions court terme et long terme, suivi et assistance mise en place cautions/garanties de marché ;

*__''Assurance/juridique société''__ : mise en place et suivi des couvertures locales, relations locales avec courtiers, interface avec couvertures groupe, suivi des licences et des obligations locales ;

*__''Contrôle''__ : préparation des éléments de reporting gestion, suivi frais généraux et comptes dépôt, suivi des prestations inter-sociétés/refacturations, suivi des investissements, relations avec les partenaires locaux (JV/Consortiums pour les aspects administratifs et financiers).

!!Le profil

*De Formation Supérieure en Gestion/Finance (Ecole de commerce, 3ème cycle spécialisé…), vous justifiez d’une expérience de 10 ans minimum acquise dans une fonction similaire dans le secteur du Bâtiment et des Travaux Publics et avez impérativement une expérience en expatriation.

*Votre anglais est parfaitement courant.

*Votre autonomie, votre sens de l’organisation et vos qualités de communication seront des atouts pour maîtriser les enjeux de ce poste.

!!Lettre de motivation

Messieurs,

Je viens de prendre connaissance de votre offre d'emploi au poste de Directeur Administratif et Financier en Côte d’Ivoire, à laquelle je souhaite postuler.

Les missions dévolues à ce poste sont vraiment très proches de celles que j'ai exercées en Afrique du Sud pour le compte de la société Spie Batignolles.

Expatrié de longue date (plus de 15 années) dans le milieu du BTP/TP puis industriel, je termine une mission de Contrôleur de Gestion démarrée en 2008 (Chine)

De formation comptable classique doublée d'une pratique opérationnelle du contrôle de gestion, je suis autonome et polyvalent.

Une bonne maîtrise des applications informatiques de gestion (organisation) et la pratique courante de l'Anglais (communication) me permettent d'être à l'aise dans les situations les plus diverses.

Je reste à votre disposition pour toute suite que vous souhaiteriez donner à ma candidature.

Bien à vous,

Eric MEAUX

Mail: eric.meaux@hotmail.fr

Portable: + 86 153 7151 9109 (Chine)

!!Accusé de réception mail

Du 13 Mars 2018 à 19H heure de Chine

Votre message a bien été envoyé. Merci.

Les champs marqués d'un * sont obligatoires.
En nous transmettant votre candidature via notre site Theodore Search vous vous engagez à fournir des informations sincères et réelles sur votre parcours professionnel. Ces dernières engagent votre responsabilité et pourront faire l'objet d'une validation (telle que les copie des diplômes, certificats de travail, bulletins de salaire).

Votre dossier personnel, constitué de l’ensemble des informations vous concernant, sera supprimé de la base de données informatique de Theodore Search sur simple demande de votre part ou dans un délai de 24 mois à compter de notre dernier contact.

Conformément aux dispositions des articles 38 et suivants de la loi 78-17 du 6 janvier 1978, vous disposez à tout moment d'un droit d'accès, de communication, de rectification, d'actualisation et de suppression des données personnelles vous concernant. Pour exercer l'un de ces droits, vous pouvez adresser un mail à l’adresse suivante contact@theodore-search.com ou un courrier postal à l'adresse suivante : Theodore Search , 2b rue du Pâtis Tatelis, 35700 Rennes.

!Sur le statut de salarié

Le salarié est une personne qui s'engage à exécuter un travail, à temps plein ou à temps partiel, pour le compte d'un employeur, en contrepartie d'un salaire ou d'un traitement.

 Le salarié s'engage pour une période limitée ou indéterminée.

 Cette entente peut être verbale ou écrite (dans ce cas, un contrat de travail est rédigé).

<<textSlider "Plus précisément" "

Le salarié se définit comme une personne physique liée à un employeur par la conclusion d’un contrat de travail et par une ''relation de subordination permanente''. Le salarié dispose légalement ou conventionnellement d’un certain nombre de droits attachés à son statut : information, expression, paiement d’un salaire minimum en fonction de l’emploi occupé, limitation de la durée du travail, etc. Les devoirs qu’il a en contrepartie vis-à-vis de son employeur, et qui consistent essentiellement dans la fourniture d’un travail selon les instructions qui lui sont données, sont fixés par la réglementation, par le contrat de travail et par l’employeur lui-même.

">>

<<textSlider "Selon l'INSEE" "
Par salariés, il faut entendre toutes les personnes qui travaillent, aux termes d'un contrat, pour une autre unité institutionnelle résidente en échange d'un salaire ou d'une rétribution équivalente.<br/>
Les non salariés sont les personnes qui travaillent mais sont rémunérées sous une autre forme qu'un salaire.

">>

Concerne deux tiddlers:

*ViewTemplate
*SeeAlsoList

Source: http://seealso.tiddlyspot.com/

Dans le présent Tiddler tagué Documentation, vous pouvez voir sous cet article l'intitulé "''For Documentation see also:''" suivi de la liste des articles tagués "Documentation". Il s'agit simplement de lister automatiquement tous les articles similaires à celui-ci, ou en tout cas les tidllers incluant le même Tag.

Pour que ceci fonctionne, il faut que le Tiddler [[SeeAlsoList]] contienne la liste des tags que l'on souhaite voir affichés sous les articles concernés. 

Dans notre exemple, le tag "Documentation" reprend laliste de tous les articles tagués "Documentation.

Mais il peut être judicieux de donner à ce plugin une autre affectation. Par exemple, en taguant également les tiddlers affectés à Documentation du nom de leurs auteurs, ou appartenant à une même catégorie on peut ainsi obtenir une liste des tiddlers par auteur, par catégorie suivant un classement différent donc de celui de la table des matières, rendant ainsi ce plugin intéressant.

Administration

*Période: Décembre 1978 - Novembre 1979
*Régiment: au 1er Régiment de Hussards Parachutistes (RHP) à Tarbes
*Grade: Maréchal des Logis
*Nombre de sauts 26 sauts (SOA)
*300 jours sur le terrain et 1 permission de 48 heures

<<image-center "logo-spie-vatignolles.PNG" caption:"" width:"25%">>



*Site Web: http://www.spiebatignolles.fr/
*Website: http://www.spiebatignolles.fr/en


Acteur global de la construction, Spie Batignolles maîtrise l'ensemble des métiers du BTP, <$button message="tm-open-window" param="BTP" tooltip="Plus de détail sur BTP" aria-label="Help">Plus d'infos</$button>

!!!En Afrique du Sud

Spie Batignolles est présente en Afrique du sud sous la dénomination Comiat

>*  En Afrique du Sud (6 ans) à Johannesburg, je suis en charge de la comptabilité siège du chantier de HEX RIVER (tunnel ferroviaire).
>*  Sur le chantier de SASOL (4 ans), en Joint Venture avec le Groupe Air Liquide, j'informatise la comptabilité des chantiers (micro sur PC). Je tiens les comptes de 3 chantiers de construction (130 millions de francs l'unité pour la part Rand) et leur reporting anglo-saxon.
>*  Je contrôle la facturation d'une "joint venture" réalisée avec le client SASOL, je gère la paie de 20 expatriés et d'une centaine de locaux et je tiens la caisse (plus de 1 MF de mouvements mensuels) dont j'ai la totale responsabilité. Je tiens la comptabilité de chantier.

Sous la direction du Directeur Administratif et financier, Monsieur Bernard Parmentier

!!!Au siège social alors à Vélizy

>Comptable, puis comptable de chantiers (comptable 3) je gère, au siège de Vélizy (6 mois) les dossiers comptables des centrales nucléaires de CATTENOM et de SAINT LAURENT DES EAUX.

*Le Tiddler $:/StyleMain doit être tagué $:/tags/Stylesheet
*Les couleurs de fond sont gérées par la [[palette prolégomènes|$:/palettes/Prolegomenes1]]. 
*<<rojo "Ce texte en rouge réclame l'installation de la [[macro rojo|RedTextMacro]]">>.

----

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*Couleur de fond générale: bleu #4BB5C1. Voir palette "Page Background"
@@

@@color:red;
*Supprime l'espace entre la story river et les tiddlers. La couleur de fond de la story River n'est donc plus visible
@@

<<<<
`body.tc-body .tc-story-river { padding: 0; }`
<<<<

@@color:red;
*On donne une marge de 30px tout autour de l'espace
@@

<<<
`html body.tc-body{margin:30px;}`
<<<

@@color:red;
*Couleur de fond de la Story River, bleu nuit:  /* background-image: url('bg_img.jpg');*/
@@

<<<
`.tc-story-river{background-color:#375D81; }`
<<<

@@color:red;
*Couleur de la barre de menu (SideBar).
@@

<<<
`.tc-sidebar-header{background-color:#C4D7ED;padding-left:10px;}`
<<<

@@color:red;
*Couleur générale d'un Tiddler:
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<<<
`.tc-tiddler-frame{background-color:#E1E6FA;}`
<<<


@@color:red;
*Gestion de l'espace (interligne) entre deux paragraphes délimités par les balises <p></p>
@@

<<<<
`body.tc-body .tc-tiddler-frame .tc-tiddler-body ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body ol, body.tc-body .tc-tiddler-frame .tc-tiddler-body p {display: block;margin-top: 1em;margin-bottom: 1em;}`
<<<<

@@color:red;
*Couleur de fond du bloc contenant le titre d'un Tiddler:
@@

<<<
`.tc-titlebar{background-color:#ABC8E2;}`
<<<

@@color:red;
*Espace entre chaque Tiddler de la Story River.
@@

<<<
`body.tc-body .tc-tiddler-frame { border: 0; margin-bottom: 50px; min-height: 0; }`
<<<

@@color:red;
*Corps de texte: police, taille et espacement
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<<<
`body.tc-body .tc-tiddler-frame .tc-tiddler-body ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body ol, body.tc-body .tc-tiddler-frame .tc-tiddler-body p { font-family: verdana; font-size: 16px; color: #000000; line-height: 1.5; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body ol { text-align: left; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body pre, body.tc-body .tc-tiddler-frame .tc-tiddler-body code { font-family: verdana; font-size: 16px; text-align: left; }`
<<<

@@color:red;
*CSS Textes sur deux colonnes. Classe "tc-2cols" 2 colonnes (div class="tc-2cols") 
@@

<<<
`body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-2cols { max-height:600vh; -moz-columns:2; -webkit-columns:2; columns:2; font-size: 18px; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-2cols p { margin: 0 0 0.5em 0; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-2cols ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-2cols ol, body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-2cols p { font-size: 18px; text-align: left; }`
<<<

@@color:red;
*CSS Textes sur trois colonnes. Classe "tc-3cols" 3 colonnes (div class="tc-3cols") :
@@

<<<
`body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-3cols { max-height:300vh; -moz-columns:3; -webkit-columns:3; columns:3; font-size: 18px; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-3cols p { margin: 0 0 0.5em 0; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-3cols ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-3cols ol, body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-3cols p { font-size: 18px; text-align: left; }`
<<<

@@color:red;
*CSS Textes sur quatre colonnes. Classe "tc-4cols" 4 colonnes (div class="tc-4cols")
@@

<<<
`body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-4cols { max-height:300vh; -moz-columns:4; -webkit-columns:4; columns:4; font-size: 18px; }`

`body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-4cols p { margin: 0 0 0.5em 0; }`

`body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-4cols ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-4cols ol, body.tc-body .tc-tiddler-frame .tc-tiddler-body .tc-4cols p { font-size: 18px; text-align: left; }`
<<<

@@color:red;
*CSS Commentaire et couleur h2 du commentaire :
@@

<<<
`.Commentaire {background-color:#404C68 ;color:#FFF;margin:10px;padding:10px;border-radius: 5px;}

.Commentaire h2 {color:#FFF;border-width: 0px 0px 1px 0px;border-style: dotted;border-color:#DBD9E2;font-family: 'verdana';}`
<<<

@@color:red;
*CSS Attention :
@@

<<<
`.att {padding: 10px;background: #ffff99;border-radius: 15px;border: 1px solid #ccc; }`
<<<

@@color:red;
*CSS du bouton state sidebar
@@

<<<
`.roundbtn {background-color: #ee4056;font-size: 25px; position: relative;display: inline-block;width: 35px;height: 35px;cursor: pointer; border: none; border-radius:100px; box-shadow: 0 2px 5px 0 rgba(0, 0, 0, .26);}

.roundbtn span svg{font-size:15px;  position: absolute;  top: 0;  right: 0;    bottom: 0;    left: 0;    overflow: auto;    width: 50%;    height: 50%;    margin: auto; opacity: 0.8;fill: green;}

.roundbtn:hover span svg{font-size:15px;  position: absolute;  top: 0;  right: 0;    bottom: 0;    left: 0;    overflow: auto;    margin: auto; opacity:1;fill: yellow !important;}`
<<<

@@color:red;
* Margin-bottom:0 Cette valeur est ajustée à 50 px. Ceci à pour effet d'augmenter l'espace existant entre chaque tiddler de la story river. Le plugin bottom tabs déborde sur le tiddler suivant. Cette anomalie survient cependant après avoir implémenté la structure TiddliOueb relative à la création automatique de menus. Le paramètre de marge basse à 50 px règle ce problème
@@

<<<<
`body.tc-body .tc-tiddler-frame { border: 0; margin-bottom: 50px; min-height: 0; }

body.tc-body .tc-tiddler-frame > a { text-decoration: none; color: #333333; }`
<<<<

@@color:red;
* Masquer les bordures d'un tableau
@@

<<<<
`.no-border,.no-border th,.no-border tr,.no-border td{border:0;}`
<<<<

@@color:red;
* Cacher le titre et sous-titre de la sidebar
@@

<<<<
`body.tc-body .tc-site-title, body.tc-body .tc-site-subtitle { display: none; }`
<<<<

@@color:red;
* La largeur maximum du contenu d'un tiddler (texte) est de 850px, centré avec une marge haute de 10px text-align left/justify. Une margin top à 50px augmentera l'espace entre le titre du tiddler et son contenu textuel
@@

<<<<
`body.tc-body .tc-tiddler-frame .tc-tiddler-body { text-align: left; max-width: 850px; margin-left: auto; margin-right: auto; margin-top: -10px; }`
<<<<

@@color:red;
* La taille, font et couleur du titre d'un tiddler.
@@

<<<<
`body.tc-body .tc-tiddler-view-frame .tc-titlebar { font-family: verdana; font-size: 30px; color: #1c2654; }`
<<<<

@@color:red;
* Corp de texte: police, taille et espacement 
@@

<<<<
`body.tc-body .tc-tiddler-frame .tc-tiddler-body ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body ol, body.tc-body .tc-tiddler-frame .tc-tiddler-body p { font-family: verdana; font-size: 16px; color: #000000; line-height: 1.5; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body ul, body.tc-body .tc-tiddler-frame .tc-tiddler-body ol { text-align: left; }

body.tc-body .tc-tiddler-frame .tc-tiddler-body pre, body.tc-body .tc-tiddler-frame .tc-tiddler-body code { font-family: verdana; font-size: 16px; text-align: left; }`
<<<<

@@color:red;
* Fond tiddler pied de page
@@

<<<<
`.tc-tagged-bgcolor { background-color: #ffffff; }`
<<<<

@@color:red;
* Cadres, produit un texte sur un fond bleu pâle.
@@

<<<<
`.cadre { padding: 10px; margin:15px -2px 15px -2px; background: #f2f2f2; border-radius: 2px; }`
<<<<

@@color:red;
*Passer un texte sous contrôle d'une Scrollbox
@@

<<<<
`.tc-scrollable { height: 150px; }`
<<<<

@@color:red;
*Aspect de certains tiddlers. Les tiddlers tagués module auront une couleur de fond spécifique
@@

<<<<
`.tc-tagged-module { background-color: #006666; }`
<<<<

@@color:red;
*Donner une couleur de fond à la TOPRIGHTBAR (with double chevron)
@@

<<<<
`.tc-topbar {background-color: #ccc;}`
<<<<

@@color:red;
*VERTICAL OFFSET FOR TOP OF SIDEBAR Parceque nous avons une barre de menu en haut, il faut baisser le haut de la sidebar de telle sorte que la scroll barre soit visible aussi en haut. C'est également ici que l'on peut doter la sidebar d'une couleur de fond.
@@

<<<<
`html .tc-sidebar-scrollable {top: 84px; background-color: #ccc}`
<<<<

@@color:red;
*On peut attribuer une image à la place d'une couleur de fond à la bordure des tiddlers.
@@

<<<<
`.tc-tiddler-border{background: url(bg_img.jpg);}`
<<<<

@@color:red;
* cacher le sous-titre et la  liste des tags associés à un tiddler en mode visualisation
@@

<<<<
`body.tc-body .tc-tiddler-view-frame .tc-subtitle, body.tc-body .tc-tiddler-view-frame .tc-tags-wrapper {display: none;}`
<<<<

@@color:red;
* cacher le Titre et la  liste des tags associés à un tiddler en mode visualisation {{$:/Tiddler|!!tiddler-title}}
@@

<<<<
`body.tc-body .tc-tiddler-view-frame .tc-title, body.tc-body .tc-tiddler-view-frame .tc-tags-wrapper {display: none;}`
<<<<

@@color:red;
*Pour changer la taille du titre d'un tidler et des boutons sur la droite
@@

<<<<
`.tc-tiddler-title{font-size:10px;}`
<<<<

@@color:red;
*Un module commentaires sombre
@@

<<<<
`.Commentaire {background-color:#404C68 ;color:#FFF;margin:10px;padding:10px;border-radius: 5px;}`
<<<<

@@color:red;
*La couleur h2 du commentaire
@@

<<<<
`.Commentaire h2 {color:#FFF;border-width: 0px 0px 1px 0px;border-style: dotted;border-color:#DBD9E2;font-family: 'verdana';}`
<<<<

@@color:red;
*Tableaux standard
@@

<<<<
`.tw th {background-color:#5778D8;color:#f6f6f6;font-weight:900;padding: 5px 5px;font-family:"open_sanslight";}`

`table th {background-color:#333333;color:#f6f6f6;font-weight:900;padding: 5px 5px;font-family:"open_sanslight";}`

`tr:nth-child(even) td {background-color:#f6f6f6;padding: 8px 5px}`

`tr:nth-child(odd) td {background-color:#e9e9e9;padding: 8px 5px}`
<<<<

@@color:red;
*Sidebar Tabs Alternate Style
@@

<<<<

`.tc-sidebar-lists .tc-tab-buttons button {
    cursor: pointer;
    font-size: 13px;
    line-height: 1;
    padding: 0 5px 5px 2px;
    text-align: center;
    color: #9a9a9a;
    -webkit-transition: color .1s ease-in;
    transition: color .1s ease-in;
    background: none;
    border: none;
    border-bottom: 1px solid #e0e0e0;
    margin-right: 30px;
}
.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {
    background: none;
    border: none;
    border-bottom: solid 1px #737373 !important;
    font-weight: bold;
    color: #DB4C3F !important;
}`

<<<<

@@color:red;
*Première lettre de paragraphe en gras et en rouge
@@

<<<<
p::first-letter {
  font-weight: bold;
  color: red;
}
<<<<


@@color:red;
*Voir/Cacher le titre des Tiddlers (+ écrire, supprimer et plus). Exiges l'implémentation des tiddlers TiddlerTitlebarToggler et $:/state/tiddlertitlebar
@@

<<<<
.tc-titlebar {
	font-weight: 100;
	font-size: 2em;
	line-height: 1.2em;
	color: <<colour tiddler-title-foreground>>;
	margin: 0;
display:{{$:/state/tiddlertitlebar}}
}
<<<<

@@color:red;
*On peut attribuer une couleur à la balise `<hr>`
@@

<<<<
hr {color: black;}
<<<<

@@color:red;
*CSS flexbox Container et element
@@

<<<<
.container {
  max-width: 800px;
  margin: 3em auto;
  background-color: white;
  /*height: 500px;*/
  border: 10px solid crimson;
  -webkit-display: -webkit-box;
  -webkit-display: -webkit-flex;
  display: -webkit-box;
  display: -ms-flexbox;
  display: flex;
  -webkit-align-items: center;
  -webkit-box-align: center;
  -ms-flex-align: center;
  align-items: center;
  -webkit-justify-content: center;
  -webkit-box-pack: center;
  -ms-flex-pack: center;
  justify-content: center;
}

.element {
  background-color: white;
  color: black;
  width: 80%;
  padding: 20px;
}
<<<<




----

body.tc-body .tc-tiddler-controls button svg { width: 20px; height: 20px; }

/*Scrollbox*/ .tc-scrollable { height: 350px; }


/*Masquer les bordures d'un tableau*/ .no-border, .no-border th, .no-border tr, .no-border td{ border:0; }

/*Couleur de police des balises code*/ html body code { color: #333333; }

/*Boutons*/ .tc-btn-big-green:hover { background-color: #2FBA2F; }

.tc-btn-big-green { border-radius: 4px; }

pre { display: block; padding: 14px; margin-top: 1em; margin-bottom: 1em; word-break: normal; word-wrap: break-word; white-space: pre; white-space: pre-wrap; background-color: #f5f5f5; border: 1px solid #cccccc; padding: 0 3px 2px; border-radius: 3px; font-family: Monaco, Consolas, "Lucida Console", "DejaVu Sans Mono", monospace; }

code { color: #dd1144; background-color: #f7f7f9; border: 1px solid #e1e1e8; white-space: pre-wrap; padding: 0 3px 2px; border-radius: 3px; font-family: Monaco, Consolas, "Lucida Console", "DejaVu Sans Mono", monospace; }

blockquote { border-left: 5px solid #bbb; margin-left: 25px; padding-left: 10px; }


----

/* CSS complémentaire du wiki */

/* Fonts */

.tc-site-title {
	font-family: {{$:/palettes/font##titre}};
	font-size: 4em;
}

.tc-titlebar h2 {
	font-family: {{$:/palettes/font##tiddler}};
}

h1 {
	font-family: {{$:/palettes/font##h1}};
	font-size: 2em;
}

h2 {
	font-family: {{$:/palettes/font##h2}};
	font-weight: 600;
	font-size: 1.5em;
}


h3, h4, h5 {
	font-family: {{$:/palettes/font##h3}};
	font-weight: 600;
}

p, ul, li {
	font-family: {{$:/palettes/font##p}}
}

code, kbd, pre, samp {
	font-family: {{$:/palettes/font##code}};
	font-size: 1em;
}

kbd {
	font-family: {{$:/palettes/font##kbd}};
}



/* Footer */
.footer {
background-color: transparent;
margin-left: 1em;
color: <<color sidebar-controls-foreground>>;
}

.footer a {
color: <<color sidebar-tiddler-link-foreground>>;
}

.footer a:hover {
color: <<color sidebar-tiddler-link-foreground-hover>>;
}

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+5cAAAAwCfIKcDSQVwAAgLkgrwBHA3kFAACYC/IKAAAAAKsBeQUAAACA1YC8AgAAAMBqQF4BAAAAYDUgrwAAAACwGpBXAAAAAFgNyCsAAAAArAbkFQAAAABWA/J6cijf3Z5+z3TyveqS8Q/dj8urf/zef6/1JXyH95bcXl/ZGk1/t/fxal3sY/S95cl36tfaknNq7hcn+P64bLp08W1qGmbfX+SwbD2Vfdj3Dszi1Pt3YGrH+Eypvl93vBYAHALk9eRwN5biBaO/0MbtN91muAC55a+uzMVJkaabjVl2Y9aBvCpIHUVgblwNG0XrsLWu9NGeG8HN177uz4ta27DOvjGddxKzfLCPst+jDG1Z03A+25+WZbdhH/WceA8fnVPv3wGpHsdzpeX92rem9QE4EZDXk6N2Y3EXlvpNxy8v8yYXHfsbtbkwywUJea2gCJTKFrUujmr067iWm4W0Td1A8z7a0ZTouI79qrXlN+zaOThNvi1hXk2z+Qp99HXM6jV79GjBevbr2rZ+++fU+3c46sfxMohqsPC1AGBfIK8nR+VikV1YNMbl5Tfq7GbsGhS5gBFXw1bRaq+1uTEGdY9vnHLTVCSsiNLH7Pxw67TnUqUtv4G37r+GW2++7Lya5vMF+yKvotGidB/SPpjX0f5pLFdPv65RrE9Nhk69fwekehwvgfi9suy1AGB/IK8nR3pjkfQX1+RCay806Tz98vkNVi5S/U1Kpk/ezC+Z1gv2jrX2o7P2xdybpt5HK3XDOXHVXfn+VdryG5abd9YNy+5/v251J+bVNJ8vqI+tWypcSc2D90kby9Uzxb1P5/bncJx6//ZN63E8Kwrv10WuBQAHAHk9OQIhSindlKPp4fLBDV/m8Rel8GdQyEVm8heFxlrH6wnXlcurvk2PLlsx+TpHxrb8htWy7jKu39P9rdU033awL8kjAWPqvzAcqp45tbZT4NT7d0gurxbh+3XpawHAvkBeTw53sZh1E5SbdXLz9/PYi5F5Ef32jLxO0HrBnlnr6DgZ9jDyGpFuLyRsy+arnYMNqCOj82qazRf2MaqbQm2/iyxYzxS1HifEqffvkGx17qyc8Phn+7/jtQBgTyCvJ0f9YuFHj6L26IKTLG8vTMlIk8yPvFZoEBnLzFonNwb3z5X+9dLy6tant6dtybazG9gEst9Bx8ORnJF5NY3m6+s6Tpu77+b15Pm+XD1vNrEI2uN8Qu+3U+/f8agd4zOi+n51Ndj6WgBwIJDXk8PdRMd/3nSJLqiDJGntbvnx2tSvL7hY2QsSNysFd+EO6xrXNmV+rZ2w+vVem+3NlddKH5PzonbOZPsUtc8dhUvP2XD57Woaz6/1R5kvPKeb92cP9bQ3/LHt5N5rp96/QzL1vjhLau9Xw07XAoDDgLwCAAAAwGpAXgEAAABgNSCvAAAAALAakFcAAAAAWA3IKwAAAACsBuQVAAAAAFYD8goAAAAAqwF5BQAAAIDVgLwCAAAAwGpAXgEAAABgNSCvMGC/unT6+0lhMdzXNFJyAACAdpDXI3B7fdXdGb7TPiSWGSuTjd87ns5rtzHTipDXEXeM2r7r3NZt+C5wl7Yybi+vxf5F31uffC95rc3g11lq14iXSc7p5Hvjp/bT1zHdp23O5bksXs+JWh+b6nG7NE78WO2D+Pgn780LrAesD+T1KNx0m/SCIdiLxjI3km1u+Mir4I7N1fWNFctWeW2ZL2cbea30z54/wc0mPJ9qbQZ7vjT+ojRi+hIsE58/vp99a7p9BVvHK7mpxu+Bbc7ldvZQz1rbSVA7bhfGyR+rPSC/VKYDHas5dwEcyOuR0G4Y6bRsHnshMdPC9O3jvE6IwnnGG3LaFl+ULvomluFq1SKlUrfyfLWae3l1AuXagxtHlbx/uYDKet36am3xz9sTbSO76fl97V8quDo6iQzPw1xeyzXNz+G8TjrL1bNe69Mj7+/lsLZjtRfsv5Cs89yFywV5PRbZzV0uEvHNPb4RxxcRe5EJZk5v2mm7oM4TXKjyG/8l0yo9rm6l+eo19xKWHNfklwodpX+1c6rW1t+8rmxf+sw+D9z6fH/Sc0vtb8JQx+BmKsTncl+ztKZ+39L9TNZVZsF61tpOjvi4XRyrOlZ7IqwB9YCVgLwejeSiIBeN6GYvk4KbtL0JBxeVZH5VksIrjnoTlz6M09J1XDbTsuWxdTPHMhsJnKy520Zc8viYlNH7F/fFCalff7HN3rCCbdp+N96w7LL9OoMFcnl126/VM2y3fe2Xj87l9H1gCWsWv6+0fugsWM+JtpOgcNwukZM/VnslP+8vux6wFpDXIxLelOWCod44h6tGXTTT17q8+gtSmPI6L5v8om5rOtRtFCjt2Fkma16SVzettD2HLlsxscjFBG1WZML1t6w7x/XXrcf+HEnjuM62Orr+DfP7ncj6KsR1HM/jePrB6plRazs+4XGD0z5WS2PfK9Vf7i6rHrAekNdjMozMyQVilEhPJJOZCMU3m2heQ3TDF9QRq5h0HZdNu8BJ3dT5Jmsey5VDPxdyGvqnil5P2Dach7bF0L7vEeF6CkJcO72yOvbruA7PZbWmSc38PJP1D1mwnim1tlMgO/4XzKkfqwWx1/upf5W4oHrAukBej0p/w5RPWCsXkUgm5SJSufOn4mnltTDyVSJdx2XTLnCZdA1MrcO1h6Pf+XErMbVuN2Kit6dtybrsDatBZkR60nNuuNG5bQzNDTfBvI6+PuF52U9rOdflfdV8Pi9Zz5Ba25GoHrdL5gSP1V7o30OT15lLqQesEeT1yLgbhz4ilcqkfW3mHRJcfDLxtKMpbr7x4hPIQMs6LhJ3wY5qZFK7gOfSFVKrubQZSbwZj9W0RFT6FxzzYZqn1iYk7W2nQbpvifBG65yWYbWOfh1Rh5IaKDfh2vsqZg/1rLWdBBPH7ZI4+WO1B+wvkuHx7yNvlkusB6wS5HUl5KNLhZs9AAAAwBmDvK6EfFTUjZ4grwAAAHBJIK+rIf/nZ8QVAAAALg3kFQAAAABWA/IKAAAAAKsBeQUAAACA1YC8AgAAAMBqQF4BAAAAYDUgrwAAAACwGpBXAAAAAFgNyOsZw9e9AgAAwLmBvB6a5LujJUv4pf362GRFyOsy+O/Jb/1SCO1YLInvj3r+JOfXIm0TxP3ZdOmi7fUbv4hD3b7/Tvbka5J3ZS/17LHvQdN2ql8ocur9OwTV43+mVN+zO1wLAA4F8npI+ptvfDG46TbKDX8u9mKUXGWQ112RYyM39ptZX8WrHYvFkBtLIG/uJuTPH9/fvtWeb1ede7lt2xRm2aA/8Tk3t379Vx5fmX1SBFXWvdmYvi0pr3upZ49Mu9qY+rTs+xE49f4dgurxP1da3rN966xrAcDhQF4PhrsoTDtN+jWw8YXUXVx9m1xUyl8bm8trfd3uQhW2m+xLwlZFL1WNV/BMXosjGW69mxt3brj2mTcKu+5+GXv8wmPq129+3LZtJnbfM7lsrV9Yj6QOdj9NH6Wv4fqLte3Xce3P6eRcL7FEPS3+deu+H5pT79+RCI//hRC9Zxe8FgDsE+T1UGQXBZ1UOKMLi7+B25aYTJgM8brcRShb97C+WBi09V0u827wce1MXQPZio6nPyZB3fNfOCYIzqt43cLY723b5uEkPF+udX1uPtl9qUM4/1BT2d+hr7Xaur60vOciFqinfeX7m0w/FU69f0ej8Tp9PsTv2anzGuBUQF4PRXJRtBcJe3MNbrDqb/1ycemn9aNMmtuMN6ORSIRU8U3XHbRHknDpzLuAa8diIKqzW28066y6x/3KbzzuHJD2bduasOd2fy6r+91av6Ae0fslOE9r9Ylq627KpcOgs0w943607vsBOfX+HY0LqkXhPbvztQDgQCCvhyK6GQeE0+1Npb+gRAmENpgnvKDYi05yp5aLzjBN3X4gC6YlHHmNlr148puarfdwfOK6pscinjecP6x/TyBntW0I9hgFNxo7f3TjGfu9bdtcXJ/182y6fmE9AvkMahL9bIjXE64rl1d9myPL1NM93ztud/ta7oewxsKp9e94pMf/UnDvC/d+qJ3zAKcE8nowCiNBmbzmN1WdeH32opOsPBJQdd2BsGbi3NqPS2DeBTw6FukvDdFxSEXCkMhZCfVGm24rXP+2bXOx+xf8smVprV+8XV9H2ddh2bA+ab+j2hbebwWWq6fb7vg+CtJwXPfPqffvOFyquFrC9+yS1wKAPYK8HhD3G25yIYguFq03eUG50ScX30he+/lDwY2WkX5whSow57gkdU9uBrYtOd5R2WX+6k20P47qPImwRdvetm0CufEFO+DO8XTZ1vol9bA31bBehrA+ST/j2ib7VGQf9Qxp3fdjcer92ze143+mVN+zO1wLAA4I8npohhvymPjG0V9Mw3mim3UwPbwzB+v164vlVXAXpmH55ILtbv7l9ssjqVcf/UYfzhtf7MO6Xl1fm/l8uzvW8SEyx7hW9/Qc8PEric6vZAR027Yq6fkaLjunfkJaj37dYYGS+pRrm9yES+yrngNuH05XDk+9f3tm6vifJbX3rGHrawHA4UBewVIaub3YmxoAAACcJMgrWPJR2gsfkQEAAICTBHmFnvSfkhBXAAAAOD2QVwAAAABYDcgrAAAAAKwG5BUAAAAAVgPyCgAAAACrAXkFAAAAgNWAvAIAAADAakBeAQAAAGA1IK9nSfA3Wy/+K17hksm/fAMAANYO8npk/HezL3p/td/XHX+/PszHfmXuzC9r2MvxTPD98om/GC38XvIZbT2+/0t9QUXc1/ycnFtjO/+M4rbI677qGa/3tL4jvrrPF0Zci8u4blb3ueE6AXBskNejctNtzE1tszEXkiWvECKvjLjugBwXEaqbmV+Ru6fjGSI3luDYupuQv/n4fvet9pcYL021th573my6zWJfC2y2GfQ1Fsntamz3d0ZtJ+V1T/W06znV92B1ny+N2jl6rrS8L/tW7ToBcAIgr8fEyoK5iNjfdJWbR/E34PSrXMdl3Y0oaPMLFdeVLsOFasTVuVnkqsdT1iW1dTeHvNYy3by+lpuFtDXKhN1Wvx57owmXc/23x7rWZvGvZ+7zDHShm7c9u46h0+k+GPwxGF6aWkYzTLBIPftjuXwJ90O4zxeOfo6eN9E+T14nAE4D5PWIyI3V3bS1G3jyG7C87i8w6Q05u+AmN/BwWSGaXxUtcGjHpUz9eLpp2ejcUHt3vOMbRwPBzSa/8Y79qLXZV9Juz6l5+9xOej575m1v7Kd9ZZeNbqzJuT9bXpeoZy+DV+b18EvhnD4cmkxYLpXSOXrOxPs8dZ0AOBWQ12ORjHZkF43SDUUdJZELUDAtuYFnhMJqf+Y3a50ZF+6p49mvK65zeNzcTWTecYj7l29TTgXXXmtzfffn2sI3K3se1wRu3vbsfgzrUWqanPvz5HWhetp9Dt6PJ/0eW/h4r5HJc/QMKexz9bwGOCGQ1yORXSQS+bEXl+QiYulvhMOFZ0h9Wbu9aP5AjIN1cpEKyW/scR3HGk4ez35d8b0xFNZcXkvb8lgxC7aZ9SHof7nNPXM6bnd/MuP2J92P9hoLtm3orFLT5NwP5bW2XmGZepopVgzC9e+vpruS7vOl486R/Nw4Z8J9rp7XACcE8noU3AVhvJGOGS4S2Q2wx0rRxMU1ldd0XcV1bDP6d860Xrgbjmc/T1zb7UdeVekoSJNdZ7HNbVfr++JSkwm90Fpjh725DkVSapqc+6G81liunvKj/ovLqQkA4qqgnqNnTrjPtfMa4IRAXo+BvUDkF8j4t34nFeMNz7y2N5qGG2FyA08vSPamFV2gPFyoYhqlo+l4unVlz7wOx6lVXvv1qNKRrCM67rW2kMZ9bkFuisEOxfXwzNteKqPRa3sTjmuTzp+zj3om+1Q4P45HbZ8vjKZz9Myo7nPrdQLguCCvR6B8Q00uHP5mbBPe/Pqbz9BmEt6I5IKT3JicsLpcXV+b7fQXJHtxCtaj9uvScMchqotJSbDajqc7ZvFIZ3hTSI59ifR4+fgFi+eModY2kIjXTqTnabjNOTUu1UxI2pJzf1Je91XPqK3huB6SqX2+KGrn6Lkysc9N1wmA44K8AhwEL6/9SwAAANgK5BXgICCvAAAAS4C8AhwE5BUAAGAJkFcAAAAAWA3IKwAAAACsBuQVAAAAAFYD8goAAAAAqwF5BQAAAIDVgLwCAAAAwGpAXgEAAABgNSCvF8L0d7wDAAAAnD7I60FIv0va5ZAuibxux+31lT1Wzd/1n3yn/Zxl7bYajpHvk0+0SO079Se+bz9eb/t3msfLbbp0D2bX0GDPV7PMIU7Zxet5sxmmxclrczQmzoVzp3hOXkhdqu/ZCz83YB0grwfByWt0oexvcHNu6LuAvM7lptvY43OTH7sS/TGNytzfCFqWtzeUqWMk67u6NmeUfyk3IX/z8X3uW21/vITW2vr1BOttx6w3WC4+z7aooUWWu+o2m4Z67Mqe6plyWu+/eX0/L2rn5KXUxezn5Hv23GsAawd5PQiKvAr2wuBvlMrXh0p7KBR2fvfb8JBhgXR0N/5tOrt5Fn67zm+yhb5fDK37X5kvOs6GrPbpsZtRb7uu/uaSbqfvkz2ctTYzVWRxiUOsS3BrDXv8eW/3LT6P4373+Pn7l25f43o2i+Mi9UwI13kKzOn72aKckxdal+g9y7kBKwF5PQjKhdLifst1FwblIiEXkuGmHAuGveAEM6fSmUpE9tt10Fa9eJ3ajffglI5dQrVO4bFzx3xc33gs0mPaRHC80mMe9r3W5vt+ZV7Plr2IdN88jTXskXPVzast56ZF3ZvxPplkiXom5L8QHpc5fT9f8n2+zLrE71nODVgLyOtBKF0A3IXD3dfcPMWbshWMQCqztlSc4pt49QYarTvskzSZi9kJ3XgPT+PFOz0+EUFNAzlKmV/ruG/5jccdd2mvtbk+BeeP3ZfkXKxhl69J74wbYHIul26m0WZa3yeTLFTPiPj9dAq09/2cyc/Ji6pL4T3LuQFrAXk9CKWb9wx5tfMWZLSXjeFiNKQsr/YiFc073vBtm51X6dPFUbjJpXVLpCsmOHYVmRrr7lC3E2CPabAuO3+07rHvtTbbp2j9+T634vqc9rWxhn562M+srm5d0TnZ+D4pbdOzWD0D8vmOT2vfz5vCOXmBdbH73b8fODdgLSCvB6FwAYikwc1TvClnghrcfNPRJoVIXlNZSZf3rxvWe/60XrwrI2xhvdPaB9gbh7qCnFS0LNm6g3Oq1maPcy6IW92wsnUJretz843n+Jhx2aDfHtm3lvdJhUXrOVA5J45JU9/PHbfP0Tl5qXUJ37OcG7ASkNeDoFwo+5tsOC0STH8T9jdUuagUryDK+hNq8mrblAuWvflf/FVrurYeN4KRiFt2nJ3QRK/7Y5yPemj0x0adL5Gl6DjX2pJ9tG2pgBaQ/QvOkXAUZ6SxhoXtpuvc/n2isY96OvRanALTfT9/tHPyQupSfc9ybsA6QF4PQn+DNBeFMZocuAvHMGIkF47gpuokM0h0w1W2kS4bXLDCdV1dX5vtxhcod0ELLmIXR3gswlplBy3GXuzDZZTj7IUrbQ+mF7eTrb+PP1CldQvNbXOOe3reheudV8P0HB1Jbqg7vU8S9lXPvo+T58uxqPb9nJk4Jy+iLrX3rOFizw1YE8jrSrAymdyE5Sa9t5ujvanzGzesi4O/TwAA4OAgryshH5XS/tlrOcqjYACny6HfJwAAcHiQ19WQPxawvxty+s+0AGvhkO8TAAA4BsgrAAAAAKwG5BUAAAAAVgPyCgAAAACrAXkFAAAAgNWAvAIAAADAakBeAQAAAGA1IK8AAAAAsBqQVwA4E9zfeOXvEwMAnDfI60qw3xwU/OF1yXCTTr6fPbx5801Zu2O/ctTUtfWP3dv591hz3x/teJvG4HvJZ7Ql59DcP+xf7dPMdVfP9SrbyevW9TSo50ayv2NO6OuWoz7y/fXqcTxjiuf8Gs5dAAPyuhLkhq5eWPub63hTvek2wXe7I6+74L5p7Or6ZtZXjNobw75qLsc7OL7uJuRvLL6/fau9EXkxmWoLBMaeUzOEZrJP89ZdPNcn2UJed65n27lxUu/DaD/860uVk3nH8SyonvM53EPgFEFeV0JdXssywIVnCZwUtd7YMnm1x0hGL1zGJi9b7gbq2utilxEe/0xCApmrtdl1hG2JcM4l7NMW667Lq+u3PiJ0wHoOuGnVcyNc5wlgz89AXnY+3mdBw3E8V2rn54mduwAe5HUllG/o/mauX2CQ1yWYd2OL5dWIQTrKMbzOj93s4xUIVi4lY79rbYLdrl3PvH1VSaRv7rrL53q/rqA+U/W07ZGATtBYz5HpfZp9TPdNJuVO9i/7MrHAeb9WsvNh5OTOXYAe5HUlOAEIE19sxvZYYrn4LMG8G5uVnlLNo5FIt95oVrmRRMJUI+5XLlvu+Et7rc0znEPN29fQazVn3cO8Q/p6qaNA4aihUs+ofYr2eo7o+ztymmIY1/iqu8rqdmlMHcdzpbbf/FIDpwvyuhLym6aOveEGN2t7k+LqsyP5Bd7V2d/8418kbFtQ83jecH633ujwBPJa24Zgj20gV3b+SLbGftfa0puU226r8MWkfaqtu7R/xXPdyqufP8yUvLpppe155tRzRJs2kq/jFEFSpo7juZK/X0fWce7CpYK8roTiDT0jvoHbi9Nl35UWYN6NzV70xwMQi9JCI6/qTSf7579g/ZW2NkmbRuvTNusunutR7TSUepq5W0ZeZ9dzoLY/K5HCbD8vke3O+TWjnvMD/EIDpw3yuhJKN3SRg2i6vREx8ros825sUc0TMbBtw2tFhmT+4g1FcMvo8yQ3nGjblbakj04S59y4Kn3aYt2lc91vp3wc+n4E5//06NG29fSU+2S3nc1/arh9bD23z5epc+ucqJ3zjnWcu3DJIK8rYeqGnv8TqgN53QV3Yx9r66Ifh3De+KLvhNUve23m8+3u2EWHRwSpJltWoMb1DfErif5pPRlxrLSFfZTMuolP9GnuusvnupCe7yZDvaTN7NdNuJ8TN+Ct6zl1bpywFEb7dKJ9PBhz3uNnwtQ5f8rnLkAP8goAAAAAqwF5BQAAAIDVgLwCAAAAwGpAXgEAAABgNSCvAAAHRv3ADCEXHoBWOFsAAAAAYDUgrwAAAACwGpBXAAAAAFgNyCsAAAAArAbkFQAAAABWA/IKAAAAAKsBeQUAuABur6+CP0u06fw32Qtx251u+Jr7M+Zm4/Y1/Q7/uBZX3Tl8xX/t+LafF3EbwDFBXgEAzp6bbnN13XkPs+LmDeb2ursK2pywnLmo3Gy6O1cbU5NYXu2+B7U4C6rHt3JeVNsAjgvyCgBwYVQlTWTnTEYcdW67ayOtmxv3/1Fejayd9X73VI5v7bw4S7GH1YK8AgBcFCJp+T+XD8io5BmPvFoJsyOIibz2Undlpg3/VH6OI43F41s7LybOGYADg7wCAFwCVlqmpCwdjTwzrKB6cUv21dYnGJG0857b87/K8a2dF03nDMDhQV4BAC6M+LnHEftc49n+07ATt9HBNHkNa3J+Ij91fEvnhVBrAzg0yCsAwKWhPPd43uIquH/6HkYSw8h+ZzU5L3ltOr7KeTFQawM4MMgrAMC5I+IR/LNvPIrmJO28xVUjlVNtJPYcZK1yfGvnRfWcATguyCsAwNnTC8ww2hhIWfhcY5izf8YxlVeDHV0ca3AWJage38p5UW0DOC7IKwAAAACsBuQVAAAAAFYD8goAAAAAqwF5BQAAAIDVgLwCAByY8UMwhBAfgFY4WwAAAABgNSCvAAAAALAakFcAAAAAWA3IKwAAAACsBuQVAAAAAFYD8goAsFpuuo39pPY+v3Pef03ouX89aF/Lq2uzxwBwyiCvALAivEilsnYIiTtFViCvyXfr26/UD7jZjG3HE+R+HxFXgFWAvALAikBeD88O8np73V15W5Wfk2PkxJVjBgDzQF4BYEW0yqt7fXV908/vko76OVrm9dv1CUTOS9mwQEX2+nm1bYUjkPG2/b75hOtN6zG9L9FIZ7yhkXC09GrTbbL9qdSjSHKMhlpMLhj3J1pman93PLaWentTPQFgUZBXAFgRqax5EjEaXntRSdtDxnmdFPlteEnJtxmNGG4hr0Pb8Npvu7Qf/vVU3yb2u5dAL3+315u8j34Z/0/ogzg21qOEX4+vk+/L1ZWbHm4zRGo0TJ+5v5PtU/sy0d5UTwBYGuQVAFZELhOOgrQEMuSkQxFKZd7baydUVngyOTX00qK3+z5W5LUoY0k/EzkSfN9i0W7cby+QQXtGts1kf6bqkeD76zLuZ7wf+esS8XGcOs4T7bOPrSFsb6knACwO8goAK+Kw8mpFyguKEl1wlpNXVej6/rhpM+V1eO2T1lHbZrI/U/Uo4o+Rmy/bjiaKPXGfJX5/pvZ3on1qXxr2daqeALA8yCsArIiSGKaSMi1xI/m8XqxCgYkEMmSP8qptO+pbtnz7fqtiLGTb1OW1WI8KXvTssul6CvIa72+6P1P7O9E+tS8z9rVYTwBYHOQVAFaFl4RQcnJx2EJeh+X960QIi6NqSXsvPOq25sqrX3dx/nnyKnUaalQSs7SP2f5M1SPALDuuP5HgZDuppHrc9HTbpfrIJrdoL+5Lvb2pngCwOMgrAKyPQajGxNIzJS0hfl7/qfrK+qIEQhP2x2zzJhKugNnyavDLDAlFap68jvP3SU3RM7k/E/UI8FLqktQkOY56d+JtbTayjF/P1P5OtQtT+1Jrb6wnACwK8goAF04uOAAAcLogrwBw4SCvAABrAnkFgAsHeQUAWBOZvL7rXe/q3vCGNxBCCCGEELL3iHvOIZNXWQkAAAAAwCGY657IKwAAAAAcDeQVAAAAAFYD8goAAAAAqwF5BQAAAIDVgLwCAAAAwGpAXgEAAABgNSCvAAAAALAakFcAAAAAWA3IKwAAAACsBuQVAAAAAFYD8goAAAAAqwF5BQAAAIDVgLwCAAAAwGpAXgEAAABgNSCvAAAAALAakFcAAAAAWA3IKwAAAACsBuQVAAAAAFYD8goAAAAAqwF5BQAAAIDVgLwCAAAAwGpAXgEAAABgNSCvAAAAALAakFcAAAAAWA3IKwAAAACsBuQVAAAAAFYD8goAAAAAqwF5BQAAAIDVgLwCAAAAwGpAXgHgYrj75b9YjMbN5k53547L1fVtP7WOXWZz07+awc3Gbmdy0dvr7urOpttiC3VK2++nu1x1URmitqRGtbae2+urYJ5k3UJrTSw33UbWs03tW1mqRsk0lz0cU4AzBXkFgItBk1afDBGMq+vOe8jNZn9y4YVX/j/pXnuQ1+L2021Z6fKvRRYDUYvm1dpSOTXzBPW1IhtsfFZNDLL8lTlGexF7w/I1CpBlWnYSACzIKwBcDJq0+mQk8joiQrLproNRw3BU0UpU/zoaWWyQkyZRyySxX7+NF6W8jy1ulG4/FUq33nAbBTFTZEzWrY2+ekrtTTUxR+n6Svoi/0/nd7UYJ8WvZf1j/UzUYz6yWI0GtD4DQA3kFQAuBk1afTS82MRSJUISTosFZZBXEZVo5HZaUJpErTR6JwzC7fo4SFU0Glgm2362XCJati9e/Mb5cqFz01I5tfP55Qs73lwTX+tMnKUW4T4Er6NjFB/HEkvVaGA4ZgDQCvIKABeDJq0+ZZyMpKOasb+MsuIlLRKzPqm8paRiFK5jWDaR12w7g7yGfRxfq+vs0URRpkXrT0TdCpkXtH5hOz1ZkUyr7b9dRpG4lprE604ltFwLs6Aqr9o2PEvVyMGoK8A2IK8AcDFo0uozhQiKE5lUhmKh8SJlpWWmlWhilBHKayKy9vWEvNaY3n6wnmzEcBQxbd/H+pUY5TGkrU+pPIbbqtUiXrbeP8dSNbJko7YA0ALyCgAXgyatPikiYKOkhNLhhGcQHSuQ8UibbUvFsoHZ8prIkSw/NfJaY2r7dv1+hkzMXF1sc1KT7LUgy4cbK4jcZE2yfhiiaUG/DFasg/q1CGvIYjWSV2beudsHAOQVAKCAE41hNG8wFieCpQ9DDfLa/zwsr4wqeqzwDPOV5h37EwpPtOxm03+C3/Vx7Fb6Oqa4fSudwfTE2tLlIhGzMjq2JYsa/OMYPnH/2mri5ssFUPY3mD/oy9X19ViLdP9M8n46Fq+RXa58TACgDPIKADCLugjCesjEVyS3ZK8AcDIgrwAAs0Bez4Zs5JXjCrAGkFco8t/+9E9t/uz3fz/L5379111+7dei6V/w+b3f6/5fs6wEAAAAYCmQ1wvnv33hCzahkH7ybW+bzB9I3vrWLJ+Q/PiPq/k373+/lVoAAACAbUFeLwwR1S8aUf2TD3zA5pNvf7tLIqdT2UZeJf/6l3+57wkAAADAfJDXC0CEVUT1U0ZS05yzvL7vn9xv84ef//N+CgAAAKwd5PUM8Y8ClIQ1zDbyWhVXiSKtPp963/v6Xu6fr335fd3Xvuy+7mv63PP2j/ZC++l+DgAAAFgbyOsZIcJ62yCsYQ4tr7//7nf3vd0vn/n8FyNxHfPuIU5mP83ILAAAwIpAXleOF9ZPv+MdNp+SBHI6lXOV1/d99P5JeU0jIsuoLAAAwGmDvK6UVFp3ktdETqey7fOuv/2mN520vIZBYgEAAE4T5HVllKTVB3l1vOrtH1XkVRfVWhiNBQAAOC2Q15UwJa0++5bXXR4Z+K0f+qHu9p/9s36P9ssuo65qXvru7r0fRWIBAACODfJ64lhp/eAHVVHVcsry+pF77z2IvH7mdvrDWnPzdCOvPkgsAADA8UBeT5gvfuIT3af/8T9WJbWUU5fXQ6A/76pLaVMCcR3zc0gsAADAEUBeTxAZbf38Bz/Y3S/i6pNIailHlVdFWH3+5Y/92EHlNRbX3eQ1F1fJz9nc8/aPILEAAAAHBHk9Mby0+uxTXq24ShJBrWUtH9ZaTF4r4hoGgQWAnJtuc2dj/gsAS4K8nggy2hpK68nKayKtPi3yervCD2vl4irJ5dUHiT1tfuXpTy0mRxGP2+vuaoaM3GzudHc2J6IuN5vuzp073VR3bJ/NfJKr69t+6oKU+tFPd7nqok1HbUG/kukuheMTznt13Q2rL60747a7vhrnq8/r2UJe+/4016c0XWjeN4B1gbyeAPJsqyauPqcir+v9SwO5lDZlprj6ILCniyatPjm7y+up4CVa/l+VV5GdQOxuNsvua7EfaV2tdPnXchwCKasdA1lO3UGzjmG/nIQ6kZuxbrtcIoeTzJPX2fWZXbe5/Qc4TZDXIxI+21rLkvI6CGuYRFJL2fXDWv/l3/27fs/3h/ylgVhct5fXXFwlurBqQWJPD01afXIU8cjkxs1zfX01jG6F0nFrpg+SZOTpWuTEzifrkGXd63BETJbx68pEzMqJX4cXkXREMOlzwFx5DdH7le9/y+he2g+77qhjsl6/f+HPhqJgujpU968nOi5N6xbK8lo+Zvutz2ZTqZsi8rLelu0DnDrI65EoPSagpUVerbT6GCFtklafRFJLuagPa+0orj4I7GmhSatPjhOP6PavymsgLNHIl5OOUZJGcRCJGOQzXKf8HI18hhITiEmIIiklUinScH1LJKfYr3i/3Gtd8EKyfiR1MxuMRdTWyPWrKOcV8Y7ZYt2W9JeEfh2Txyyoj93WgvXZlOuWC6+bFh1XgJWCvB6BP5fHBH7iJ1RR1VKT10hafYyQNstrIqharLT6JOLaIq+H/LDWexeS11xcJbqgtuT+2y/2PYRjokmrT46IRyIzVj7Caek88etYXuPpo1iIcDihsdMDOZIMslGUMydIdfFypFIUbi+WGi9qU/3Ka+S3UV533g9BpoXrD5/fdOsy2/GimS4cSNsUdl3BjKV15/0fj1NIOF88v7D/+pSmp/spyLR0WwBrBHk9MCKunxFxXUBeVXGVGCndVV4jYQ2TiGurvN4e6HnX/C8N5GI6GVVcw+iCWs1Lfq57z0cYhT02mrT65Ih4JLJyCHlNrcUzObIo2xB5iWUpRJOiGjK/9L/cr3T/27YxPU+w3my/FVHNRiZ17H6E62pZ90BFXos7c4D6RIzTtX754wmwdpDXA+LFda/yaoRUy5SsppklrhJFWn0O+WGtWFy3k1ddWLUoklrI3UZeJQjscdGk1UdDbvahAKSvc4mIX4tAzJFX05DIcYBty+UppiZfrv+lNkH6NbYH6yr2S/YrEKKmPk73I6pzJphum+HyMv+UlOXHztCw7hFdXqvH7BD1CYimp9tq3DbAGkBeD8TnP/ShQVznyKsVVx8jp0V5DURVyzHl9VAf1hJ2lldVUmvRZTWMF1cE9vho0uqj4wRu+CfZSHSEWErT17PlVV5Jm99eIhtaWzzNpCQ14TxFiXGypa1L75fbr9IH1lKK/bBiFUxPVpIuF4lqVR570vXbuGWq644oyKuhfMzy+tQke3Z9JupmVji2mdSODcCaQF4PQCqurQIbiaukl9ZMXgNJLeXY8noI5LnSXeVVF9SW6OIqjwuk8ip55du4i8A5EEs5AMAhQF73TElcJSV5zaRVEkjrvuW1VVwlU+Iqz7seSl7zD2vpglqMKqVz0iaud7/kZ20QWFg/yCsAHB7kdY+Ez7hqaZLXQFa17E1eE0ktpUVej/eXBhRBrUUV0m3i5LUmrggsAADAdiCve2JKXCWT8pqIqpZjymvLIwOH/LDWPbv8pQFVQrdJ26grAgsAALAdyOseaBFXn6K8JpJayqnLqzwycHuUvzSQyOlUVBGdmylx9UFgAQAAtgV5XZhZ4uqjyaskEVUta5DXQ/ylgfzDWoqgVqLL6Jz04mqiC2saBBYAAGAbkNcFmSOukrOQV0VYfQ75tbA7Pe+qyujctI66hkFgAQAA5oK8LsR//8IXVEEtpSSuPucgr2v5sJYuo3Oyjbj65ALL34EFAAAog7wuRO1PYqW5/0V3jX84+qHP6n4jFNcXBm0mX/7Me3tR/a7ub/rpd33XKK/3PrP78i95ZvehQFRVafVJRFXLkvJ6e5QPa+WCWowqo3Oyi7j6ILAAAACtIK8LMO851xd1zxyE9d7unocaQX3Wvb28vrB75p2Hdvfc24+8ipjeuat7u5HUDz/zS3qRNct8iZv2KSu0d3VvlZ+NmFal1ScRVS0t8tryvOvxvhY2EdRKdCGdEyevupTOSS6w8hwvAAAAxCCvO7LrB7R+41kPrcjrs1R5faWRVxHWt951p/ub36U/OqCKqyQRVS1LyeuhPqwlbCWvqozOyRKjrmESgX0xAgsAAJCCvO6IJqla9Gdc3cjrM18YTLPC6h8bcOKaPjYgEvuhXmZrz7xuJa2SQFJLmRLXQ35Ya9u/NKALaWuWFldJLK6SV7yVD3ABAACEIK870DrqOoirJJBXGXW9c9cL82kirV5ig+dbo+dczXT7/0BoVXkN5LSUQVp9ElHVMiWvx/uwli6qWVQhbU0vria6hO6SUVwlTzPh+VcAAIAR5HVLFhFX7cNaZtqHzc/uz2XJ863u0YBRXvvnXI2YvvXx0mZEtfChrWPL6+2BnnfdRl51KW3NPkZdJbm4+vD4AAAAgAN53RJNVLVo4vr2u2RENR5xtcnk9YX2UYFRXkVmv6R75b3uOddBXt9uhPaA8tryvOvxvhY2F9UsqpC25vDiKuHxAQAAAAfyugWzR11DQY2eafW5q3t7327FNmhzH9Jy8uo/tGWfc5UEjw04id1BXgM5nUqLvB7nw1qKqCrRpbQlvbia6AK6beri+rQXv8vmPR/5VL/HAAAAlwvyOpP/+Ad/0H3mJ39SldUwg7hKQnmtxI229umFtZTaB7V8rLxKEllNsy95PRQHG3X95ieNv1g88Hnd40MBLba9vHuwn/6Il4/zf/vzugfY+WrS6uPkVXL/7Z/1ew3b8Kaf/6Zicm66jT92Ppt4BPz2+ipqv7q+9S3d9ZVMu+qGSQN+vRvzU4GbjV1fsrmEHbexDVq/+mkuSV+a28LaxcQ1VvZ1sla+TkHqhd2eUl9KdSjW54B9BlghyOtMBnmdENh9iqvk6PKqCKuPPO96nL80oMhqElVKm2Ik1MjmXVY+39Q9/IF3ugc88U2joA7CGrc9/okP63+W6U/qHunnvyM/t4irZJRXHh/YDU1afXJEABVZ6rnZGKG4ujaa4RHh8LIoP191m81VLmUiLKbtqiCWdr1GVOT/dV/ZfhvboPbr9jrehpWx/nWtzfw3qq2dV6u1mS+osRXZoChttXJ1Gtfdi2F07Han2JdSHar1cX0s7xPAZYO8zkDE9Q+NtEpq8rpvcZWcurye5F8aUKW0JflzrqOUjtO0Nk1eH/mIO92Dv7lVXH0YfV0CTVp9cirymopHRi9MN+l8pek5dSET5m7Dj8b6+H1z84sEy/RMhBPCfqUyGdas1mZFLdk5WW/LtrV56rXq6xEt5moRLhON8IYNVirTmpVJ+1Kqg623Mt2tX/o8dfwBLhfkdQZeXAd5LQjsHHndRlwlw3OvgayGGcRVkshqmjny2vLIwHH+0kAiqkp0MW1J+pyrG1198DeH00pt42MDIrFOZt84U1wljL4ugSatPjlOcDRxyYUkxQtTIiEivTLiNym/uQTl7LgNkTI7+uiWr+/PSNSvaLRQCPpSadPqJ9M0MS1KZcB8eXXLDNvzNXOvgvWFQtlG1pdSHTaV2vU/j+debf8ALg/ktZFw1DUS2EBaw+xTXgdxlfSyWhRXSSKraVrkdZBWH0VafeSRgduD/6WBXFajqFLaknHU1Y+8ioBGz68GqbXZ51wf8bLu7uc/t3tAf0MSkdVlVcsosHx4azs0afXJKYtLLF+h5HoZCYRJ5KWfdxCbLeQ1lDgnXfO3EYmgZJDXeD/zbY2k/ZLX0TqDmpXa4vo5ZJomryF2uUAyPWGf8r7n+yeUlomWlboq28u3MZLWRyjVoTQ9IxNggMsGeW0kFddBXiWJuLbK687iKjFyWpTXRFK1WHGVGCGtZa68ntxfGlDFdCqxuEruEjlNP6zVx4proW14ztVIqDw28KBvMjIqEvvA53ZXmaTWMgoszEeTVp+cyqibKhMyvyKvw3qC9i3kNWfmNrTXBXmtUe9XWIOUsc3KX7ISWe+UvI772b/sqfdJ2794PVp/LAV5rTF93Eo1mqpd+zECOHeQ1wa0UVefbUdf9yWukubR1jBGSEuZI67H+1pYRViD6HJaSy+ugbw+ykinjKrKz6mcipAWR1ztowQP6x7+fPeowCCvL35Z96Ad5JXR1/lo0uqTUxMGESJzzCOxCeUjFiYRGhlZG+RscXlt2EYiYnb+heXVrrPQGLXZvgXbTF97pM/h+gojkLU+pXUSxn3vKR2PUr8q1PvSb1uZoTTdUthvgEsFeW1gUl4libg2y6uR0Na0iKtk1uMCPkZKS5kjr8f5sJYurENUOZ1KLK5Pl3/yj/55T9L/9YBam0n4nKsV0OCxASexc8Po67Zo0uqTIzKaHNdELqxwhO2DECXCpMqaLiPZOqsCPW8b0bo3m/6T/G3yqvbLfigsmBbWx26/0CZYIRvbdW+TvgXrqO2PjbYf6TpMlI3Fjw6M6ylNTyn2pVSHan3Scw9xBQhBXif471/4giqtPjV5lZQEdqdR10BUtcySVyOjU5krr7cn9mEtXU5r6cU1lFcl+Qirlrl/VaAljL4CAMDlgrxOUBt1lTTJqyQQ10hgezmtZY64+uxFXhVZTXOcr4XNhXWIKqe1GDFtlFeJLqw+o7juU2ABAAAuCeR1Ak1YfabE1WeX0ddtxFVyLHk9/Ie1FGENogtqLUZKZwhsUVoVcd2XvPJ3XwEA4JJAXivsOurqs8vo6zbyOjw2IEmENcwseVVENc0hP6wl7H3UNYyR0lniuneBHeWVv/sKAACXBPJa4d9++MOqtEoGcZUEoqplUl4lvaweSlwlLfI6Z9T1OF8Lq0hrH11QSzFCOhUjp7PE1cfI5r4FltFXAAC4FJDXCpq0+rSKq6Qkrj6T8tqL6VRaxdVKq08gqmkGcZUosprmpD6spQpqLYGk1qJKaxgjp0eQV0ZfAQDgUkBeCzT9eSxJIqppaqOuPpOjr72cTuXY8nrID2s5eU2ENYguqFNRZDWMKqtpjJxqMbK5T4FFXgEA4FJAXgs0PTIQSGopU+IqaXp0oBfUUlrF1WdKXCWt8vrx/v/yyMDtQf/SQC6tNqqYtkaRVokqqqUYOT2wvEp4dAAAAC4B5LWAJq0+S466SmryKpkS2LniKpklr4GoahF5lZzKh7V0KZ2TXcRVYuRUi5HN5QWWRwcAAOCyQF4VjvLIgCQQ1jQled1GXCXN8hpIaikirv/iVP7SgCqjc7OLuPoYOT2IvEqQVwAAuByQV4Vtvw42zRKjrj610del5XUYcZUkoprGj7oe8mth3V8aUMTVRJfROVlCXCVGTrUY2dyXvEp4dAAAAM4d5FVBk1afJUddJceQVyuukl5WtWwjr7fH/rCWKqNzspS4+vTCWpHXZQQWeQUAgMsBeVXQpNVnSXkdxFUSiGqaQVwlgbSGaZXXQVwlgaymmSuvh/ywVkledSFtzdLiKjFyehB5lfDoAAAAXAbIa8Kiz7v2klrKEqOuPi2jr63iKmkRV0kor4f6Wlj1Lw0YAfXR5bSWWFyXk1eJEdQJgdVldG7G0VcAAIBzBnlNWNvzrmGa5TUR1TSto64SEdfDf1grkFZFXucJbC6uh5bXZQSWRwcAAOAyQF4Tlvj7rod+ZEAyjLxKAmGdK66SuY8MnMSHtYyI7iSuibwuJ7BGTg8sr/fdfKqvFqyZ2+ur7ur6tn91KG66zZ2N+S8AwOmCvCZo0ioZxFUSiKqWWfLaS2ops0ZdJYGwptmnvN4e83lXI6Lz5bUX1r3Lq8QI6oTA6kI6J6O88txrmZc95y3FxNx211d3uk1ayptNd+fq2rT6l3e6O9lMMeM8ss6rrtVHq/Iq/bij9C/C7YPM51Nc38AW8lrqSz/dJdjv0vQeW6+hXe+L1Ka4jmj9pX2W/TTtwbF00/Yk7nNrJGxZP4BLAHlN2EVafY72yIAkEdY0Sz424OX16F8La2R0nrhKemFNY2RzeYHthbUirxJdSucEeZ1Ck1afFCtIiW2IWF1tbQvLyKuXYfn/tLzOlZt5Alfsy+11dxWuxwqXeV2aPrx066tj+hhIZ3ycpP/BPtvtaTVw811Fv6DsR15n10h+3rJ+AJcC8hrw37/whd2lVRJIaikt8jqIqyQQ1TSt4iqZktdBXCWBqGrx8nrUD2sZEZ0vrpJeVtMY2Vy7vEpAR5NWn4xUFMxPkRgZQsG0kjKMiJn0guXmuYlHQYO2YVoibSV59WQylFGW1/J2ncBdB+21PnjSvtj1Z+u96jYbfbrbxHbyKNse+igylxQlah/ot3sdyp+yfSuHfZ1M/KrTdeb7m9NaI1ntdvUDuByQ14A//4M/2Lu0So466irpRTXNHHGViLge/cNaRkTni6tPL6xpjHCuXV750JaOJq0+Oe6f3QdXEJGJ/pnZScaVs43uamiLhWKYJ5XJaBlZfS43bjmddP4c1/9Mvqrblb4HYmYFflqOsr5kI4J9LTeF6UO/zD4H/S0JoZU7ZZ5c+ty0vI7jMZK+u3aZFvQt3ffwdXQuJMe1QHONZMI29QO4IJDXgEFeAzGtZV/S6nPK8upHXeV516PJqxHQfcvrIQVWF9I5QV6n0KTVR0UkojeDUXJGBjGKhLBNXiMB6xOuX5eukVSGwvVp2/PUt5sInMFvJ1//SCZmBpkWbsM/n1mabjagjHRPi5ntV197+3OyQLq/ru/BMRq2m+x7cOw90nd1+XD70XZG5tSo1lZbBuBSQF4D/vwTn1AlNc0caR2EVRKIaS2DtEoCSdUyiKskEFUtU48MSOaMunp5PdpfGjACur24+vTCump5HaXVh784oKNJq4+OF5pEbHpEVpykSPsoFG6aY5xHkdeKmY3L6WgyFFOR1+KC+X5Ob6dlHr1+0fRMXtu27dbh9lPbN1lHXsdxGfvKznMd97Egr36SX+/UcfJM70upRkJD/QAuCOQ14PMf+pAqqz6nJK2SOeIqaZZXSSCqaby4Sg77Ya1PLzjq6tML6wnIq0SX01ISaf3uMS/nQ1sqmrT6lLCSYiRQE75BXIzo2P8rjHKTyKQiayFTUjQtQ7q81rcrMhTInp1XWUfCVF+kXatfPF36G6yntO1UKuW13590mWL/Y3l188kvHkFdptYlr6823UarscK2NRLa6gdwOSCvAXuR115Ma9m3tEqmHhnwmSuv8sjA2cmrxAjnsgJr5HQRaQ1kVZHWp/ZBXnU0afUpYuVIF49BMAf5GePnDyVUfrbtyj8zp//8W5JXKyzDMvlyIwV5NZS360byWj+wVexLWo+xGPp0T9Kue5mT3GEdqYj3x6u+jkReDW5f5qyr78fwuIjO7BoJ29YP4EJAXgOOLq+9nNayL2mVtIirZJDX6+uDPu8a/aUBI567i6ukl9U0Rjh3l1cjphVp1eVUSyCqFWENg7weFhGUSPLS0UEAAFgM5DVAE9Ywa5PXfYirxMvrUf/SgBHPZeRV0gtrQV51Ma2ll9UDC2saOCDpiFg6ggcAAIuBvAZowhpmbfL6f7zxjbPywe/93u6Dr31tNR8I8hvf930H+7CWkIrrXkZejXweT1glgaw2CusTN29TAwAAcI4grwGasP7zH/3RIb/dkA+/7nXNee8rXjE77/jO7zyZvOvFL17p866xsD75O9/RPfnvvaP76hl5/At+JM6357nq85jn3DsrX/HNr9o5P/GLv9lXDgAA4LxAXgM+8OY3q5JG9BxSXn/yl/5p99jnvD7LYwrRhO6SgrwCAMC5grwG/OnnPqdKGtEj8nqor4UVedUkjegBAAA4V5DXBE3SiB6R10OBvLaHUVcAADhnkNeES3h04AM/9mOz8vHf+A01X/jc5/qq7Z+/+9qfUkWNxPk73/OTfcUAAADOE+Q1ofXRAU3yatHkrxSRwjm5BA4lryJ/cyMjna35xL/6/KwAAABADPIKqwABBAAAAAF5BQAAAIDVgLwCAAAAwGpAXgEAAABgNSCvAAAAALAakFcAAAAAWA3rkNebTXfnzp0hV9e3vqHb+Ombm36a4fa6u7q67vxcAACnyu31VXBNAwCAKVYgryKoV91wbRcx7V+PF/3b7vpqY+YUZH7/MwDAbsh1Rv/leS5ynQquZT2Ly2v/y374+7yKvZbu4VoZDjaEgwjFQQjDtm0B8XFK6txUEzk+yrIWP1CyYL1KdRJK+9xQC1+HyeMPsGJOX17lzZq8C2827k2ryau0neKb9k/+zz+dlf/tt36/OW/+6V+fle/8B29rjswPcC48+Sc/UIyGXE9isQh/UZ7L/uXV9tdcAJuug3uRVyN5Q72cDLp9Kw9CbN8WEm5XZjMC1xegvSbu+Gw2yvGQ+5BpW65epToJpX1uqIVMM+u9bjn+ACvm5OU1vAh5xou9vJnH30BbbgKa/ElSwZuKJnrnGtiOP//MZ4LcP5nPvOe+IfdP5KMvf+msvPupT7a5dDRp9cmwclCXFXt96q9B8XXKCcnQZiTjKnydiNZw3UpG1sJVWgkL2rLRuoD58jpeS11CKZK2TXcd7GurGA37VhmE2LqtgjbPdE36Xy5u0uNeml6q2SjBMn2qr0J2Dmj7bNZZr0XfT/Nyel8B1s3K5TVALsQyn70gu4uJdtG4NPFcIqfKf/zDz2T5w/e+pzn/9J5XdL9ZyytfHuW9dz+1mvfU8rSnzMp91Ty5u8+IaGu8uCKv8+RVu/ZE9KNc/ioTCYMiIGaBQS5ChuuZvXYF7eHraFvJCJxCk7zY9RfkXPofbc9cU/0Kpa20XITsr+tH7Tq+bVuKnbe/9ue1b6mJPz5jv93kvva1eglDzdzyWh904u2V9lnbr7AW4c/IK5w7q5RXeWPGFy83MiBzDW/a6GI/8rl/+6eqoJ1zfuB7XjcrP/t93zXkJ/7h3+v+6+0f9NU7LZ73sId2r3vMo23e9zV3d+97uuRpzXnvVIx0zokqrT5GOudEl1YfXVJLQV5HNGn1SYmvPeEom7vWDEIRZLwu+flD2fFy1L/sGaSjNOImbTvKa9jXoY+JjGX7E20v3I/xtbreHtvWdyL82SPTZJlt22rY5ZLr/3RNguMTHIvonhLVIV6HzSCv8fHJtzVi24KOpa+FYXllul1f0rd0XwHOjZOXV/emDC4E6evkQjG+ac0FVpFXYe7o6w++9t7Zue91L4ry7kp+6/ufM+Sfanm9z7Nt/viHnjrks2F+MMxTsvxRmB8I8+Qsn/y+J3Yfu+dx3T956VeepLx+9vd+18prGJHYtz7xLlVUtajCGsZI55yo0upjpHNOdGn10SW1FOR1RJNWnwx1hDERt0lDkPlFWmSZ7eR1uJ718qMJUEqTvITCk4qZvG6Q1xK2NsH1V6uV9FH2Y9u2OtLHuNbTNQmPj18+2FetRmrN9OOskdZJKO2zJq9DLey5Op4fPtN1Algnpy+vQvLGDN+/8kaP3qD2gpLP5/kvv/O+7k9/4VXd7Zu+1uRrovxJmjeGeXqUz6X54TB3Z/k3Yd4Q5mlZ/jjMD4UZpXWuvLaK6+++5vGDtPqsRV59vvsRX+ZGY42A1qIKaxgjnXOiSquPkc450aXVR5fUUpDXEU1afXJEQsy1JJKLiswUcevZ3EzIq11f0B6+NtfAOSIyLWqGsP9yjQ3208rS8DqV1fR1jF023Xht37ZtC0nF394z4j5O1yQ+PnY/zH1kqLvddrDOYs3a5FWtk1DaZ/vMrTJd2c70vgKsm3XI64KM4prLayawJy6vurhWpNUnkddPBaOsWj7/kZ/qq3c6/Npbf1wV1zTDYwVGRmfJ690SXVJLUaXVx0jnnOjS6qNLainI64gmrT4lvMQMCYTFjpINbaNIxNNNepMYpifrGATJSte43CAgVlTG6VFbQNZXVW5EPl17KMTRsptN8C9XM+RV6ecgkaV9E7ZtG+h/0RjmG/vXVhMhkU5VIuP91mvWIK+1OgmlfW6qhetXqQ3gHEBek7TKayawC8nrkuLqU5LXKWn1OUV5rY28lpJKrCqtPsgrnBAiI9HIq0gMdgIAFwrymmTv8hqJq2SeuEbSKhnEVdIgr0ZatUcDSvn42zYn+4EtQST2/T9+rcpqKf6xAlVafWbKqyqsYYx0zokurT66pJaCvJ4B2UhdYeQTAOACQF6TtMrr7uLaIq2SyoirZEJevbR+6nVPahZWyalLq4ZI7FyR9Y8V5PKqS2opqrCGMdI5J694UCgqD+peYabd97Qv757spz3oy0dB/aov7b70AV/a/Yh/ncSL60df/rK+UgAAAOsFeU2iy2uLuLZKq2Q7cZ2WV0ksrnOkdY3CWmKuxEoGiV36kYG7dUEt5ZUiriKn5ucwP/JX/0L3pX/1q4yQPq77lgc8sHuFlVMRWv+zHuQVAADOCeS1z/bSKmkV11FaM3GVbCOvEkVcf++MHg3YhW1GY4fHCox4tkaXVh9dUvWIjPqR1ml5lRHaJ3+FLq0+yCsAAJwTFyev8qeyQmnVxPVnHuv/uVby4O5nrLA+qnu2n/bYRxlB7aX1lQ/vHvmQh3e/WZVWSSyu28qrpCSun37dk7rfPvNHA3Zhp8cKjITWokurjyaphVzJIwBGUofzz2QYhR0fG/jSv/q4XmYfpwprGOQVAADOiQuU1/cWpXUQVyOn6Wjrbz7jAd0jn3GXEdS7utc85MHdO62sPtIIrf/ZCGqaufIqmRBYTVznSOsSwvqe3/+j7t2/+4f9q/3y7//8X/c/LcvWjxUYGZ0nriapoNYi8hqNvDphffIjxxFYK6XynKtIrfw/ENpUXCVeXu+/79393gMAAKyXi5PX/+/f318U1z+xo6tupDV9TECT13ca0X32C5y4TsurpEFgK/IaiqsI6++95i5VULXsKq2f+cL/073yAx/r7n7Hr3R3v/1Xuhf94kf6lv3y6x99Z/eD7/5fun/+6V/spyzLEqOxqrCGESltTSav7sNbo7yKkI7PuQ6PDVQ+tIW8AgDAOXGR8ppLq8QI6z3yCICR1H4ky0YeERCB/eHxsYFHPuPxvcw+fhDXfcvrIK33HvbRgFFaf3UQ169+y88fTF7fed9brLz6vPejr9mryP7A856rCmspIrHfZ6JKq40iqNV8VfctDwhk1crsX+i+5crLqzzval5/lRPT8ZlXI7QT8vrF++/v9xQAAGC9XK68htLqI/I6POMqccL67O8QeQ0iz7k+9pHu/4HQLi+vo7jOkdZFHg34+B8F0upzHHl96Zue2svrN0URid2nyGqyWosqsZGYTmcU1vEXqPCRgew51+CxAe2DW15cJQAAAOfAxcmrkI24FuX16e7RgEhe3aMF0WMDwYe2dpLXRFzvN8L6e99zjEcDQmENxLWX16s3/ZzNIfjOl/2toryGOaXHCkRiB5HtpbQ1XlKL6aW0NcgrAACcGxcpr//3L9wTyGsosHd13/OQXlZFXq3MPqB7zT1eXOV5V/P6lfJz+MzrI7tna/IqqQhsSVxFWo/3aEAp46iriOvP/M6n+6Xb+Pxn/0P/0zxEXr/+uV9mBLUurz77Ho2d+1jB933lo7rru65UUdWiCmuYXkpb48WVvzQAAADnAvIayasffR3/yXYQWSOv44e2nLyGjw34D261yqsmrvff+9UHfTTgvR//o+4eI61PV2U1zO6jrm//gV/qf5rHJ+//3e6xT/kfVFGdyr5EdpuvpJWIyGrCGkYV1iG6oNbi5ZUPawEAwLlwkfJqn3styWsf/9hAlOHRAYmT1TR1ec3FVYT10I8GeGH10YU1zG6jrh/9tX/RvfR5P9q/moeX15e+6SmqoE7m51x++5QeKzASq4msLqxhdEGtBXkFAIBzA3ktyKukLq+SCYGtiOv9r28fZZUsIq0fjKW1WVx3lFcZdRV5vd3y0YEl5PUH+ojE7lNkd3msQBfWIIGUtsSLqwQAAOBcuEh5FfYlr1PiOkdaF3k04BN/ZKT1t7un/2MjqxIjpO3iKnHi+tS3/tLWjwyIuL7E5CPv/xf9lHmMz70mYjqVRFzjfKOV2P/ri/+q38pybPtYwfcakVWl1aeX0tYgryfI7XV3ZR81uuqub/tpsBpur6+6Kw4cwNG5WHmtPvfaJ5NXSUVec3F10nqcUVYR1vcnmSuukmUeGRB5fduWz73Kn8uaLa9GUKfk1ec9H/mHJ/VYgUhsLrK6oNbixZVHBnblptuIcG5u+tfbc7O5s6z83GzsM/dtXVtuPyL6PthcXXfR3oVtJsO+l6YHiChKW6m7vt1F+WWgtTb2F4qNqc40VXndpg5CpU3Ol7GtrY8Al8DFyuvujw5Mi+vpSGssru0C68RVssuoq5fXlzx3t+deVUktxQhqi7im2fdjBZqs1iIS+5a7rlQ5nQrymnP7g08opoQVls2mWXBqiIws5Y5WbMzKWte55H6MGCEeRO22u74K5UtkOZBKK4nyujS9fy3INLPe6+K+hdt1+xZK+azaLCKv29RBXpTb/D4AQA7yOkdeG8X1eI8GaNIqycV1jrzuPOpqpNXnIM+9GkHdVl7D7Etit3ms4EWP+DI3GhvIaS1eXCUwokmrj46IiMiEE5LMJaJRMycdVqT8tFSo/HQrOiIuwbRBYty2xul1sWqT19J+SB823XXQ51G63DKbjWvTpS0mkjupTdIx6euVWac6PdmuvGzbt3T5kablI3l19RgXiV+X5TWmqQ5uBwtt10k/ACDkYuVVmJLXZnG1wvpkI6xfpQqqll2l9Q+ro6xhdhNXyRP+0Xu2llc/4rqrvDY/92rkdAlxDXOyjxX0oqrFiyt/3zVGk1YflX4E0GpIJhrJqJkQzm9I5akqU7J+WVYRmhrNgqbuhxPoUcjCfeolurkvsRhbiU+WHcReme77EP5c27dhXcr6PM21WVRe2+og6ym2yQi5EXj3fHR9HwEukYuW19pzr7m0SnJxPZa0fo0RU4kurD7biqvEiesSH9QK5XXb516b5NXI6dLiOuRnXURiP3ZijxXU5JVHBmI0afXRiGUlkVUvm/1LwcpIKBwmoeykMpXNb9fnhLL1GcdwneH6wu2W9yOVtXB94wiop7R+wbYFO5e+Fobllel2fZFI5vUqYdebHAuhVu+h/1vIq7qeHtvWUIdhPVpb9niHOydaagFwCVy0vMaPDswTVyutr2qT1iUfDfDSOi2vRlQXGHXd5ZGBVFx3kdem516NoJbFVZII6Zz08vr9QfYpsbs8VuDFVfLF++/v1wqCJq0+OU4YvKRkslKS14phRDKViJp9Ha3Pbz+UmJxpwavtRyxnQk1eS9j9bqiFrNtuX5lu+yM1TfopSQUxR/Yj7+t0bQwLjrzOqYOsp9imPJvctC8AF8JFy6swLa6jsH5mhrBKdh9l/U/dPR8ywvoTsbCG0cVVYkRVEVhdVtOM8rrkqKvPNjR/WYEqrZJERuekF9dUXkeJ/QWbfbDLYwUirxCjSatPhiKn0TQrPYkwpUKaEAlIsn5py7ZnXsXPqOZMSk11P5zYDkIW7VObvNp+ax1I6+Nf3xSmK9sp7pv0P2yQ10rdJ2sjRMfM1cMvY+WyUV5n10FeF9uS457OB3DhXLy8ukcH6uJ6PGn9tT5GVBWB1aU1zG7iusSfx9LkdZfnXr/tZY/VpdVnaXGVGEEtiev3/+wzonxszyKryWopMj/EaNLqkyIykotKPMLn5MaPELrp2jRPKlNWePy8m439xPpNtLxMV4TIEC1rE2/LU98PN7IYfmBr3FyDvFqpSvsRSKSVyrFtWHdpekJarxEnd+M6YnFtq40TVWmP6hP0Lf3gVFFet62DUGpL1lmqEcAlcvHy6h4d0MV1jrQu82jAZxNpLcurLqtp5oqrZJTXJT+oFWavX1awJ3FtldcwHzvyaCzANE5e8SIAWBMXL6+CjL56cf3M659y5FHWUrYX121GXZ+y6we1FGn12etzr5KlxFViBLUsrhJdXMOIxO5TZLWvpGXUFdpAXgFgfSCvhv/8O+85YWmV7Cau7QI7yutOH9RShDXNNjQ992qkdTF5NXK67ahrKSKx+/hKWiEcjQUAADhXkFfDfzESqglqmiUeDXjfJz7bvapZWiWjuDbLqxFRLbqw+oziKtnXqKvP4l9W0EtrLK87CqwR1F1HXbO8a8zHPrWf0Vj5EgQAAIBzBXnt+fxHfkoVVskSo6wirF9rZNRHF9U0W4jrtqOugbgu+Y1apSzyZQWBrKbZWV6NnC4urpJeXF8fRCR2XyILAABwbiCvAam0itDuJK1/lktrGF1YfZYTV4kqrEPiUde7dvmgliKqWrZ97vWd973FyWsgqmFGad1BXo2c1uU1EdI5UeR1zDcYif35vT1WAAAAcA4grwEiq4s8GvAHf9y96sP/vPvan9Sl1UeXVskhxdUkENd9flArzM4f2jJiWpfWMIGYTsXIaV1cJYmQtsYI6pS8+tz3v/8DK7IAAAAQg7wuhB1ltcL660GMpM4W2Fhcm+XVSGgpqrAOiUddn7TnD2qF2em51zc+xcimJqpaAjmtxYjp3sRVYgS1RVzTiMQisgAAAA7kdUd0aW2T1xZx9VGFdYgurRJdWIME4vo0k0OMuvrs8tzr1z33y4xwaqKqJRDUUoyYHkJct5HXMEgsAABcOsjrltSlNYwRVUVg54irz+LiuuCo6zbyuu2jA/PkNRDUUoyYTourJJDRuTGCuqu4hmE0FgAALhXkdQbtwhoml9dcXE2MiNZSFNc9jLoe4pEBya7PveqyGiYQ1FKMlB5KXJeUV5ufcfl3f/aHfWUAAADOH+S1AS+tX6fK6VQaxHWXUdeCwKqyGkUfdT3UIwM+2+Dl9SXqc6+BmE7FSOnexVViBLUsrpJESlvSi6sEAADgkkBeK4TSGkaXVC2N4upjhFTLpLgmAqvLapJAXGXU9ZAf1HL5EZtdnnv91pc+1kjoFtIaRpXVMImIzo2R08XFVdKL68c+yaMDAABwWSCvFV6tiGu7vLaIq4+R1IK86uLqk4vrNqOuh/6glhdXyUfe/zv9mubhnnv967qQzokqrD6JiM6NkdO6vCZCOie9vPLIAAAAXBrIa4XPfOE/bSmvc8RVYkRVEVhdWNPE8qrLapJEXA/9Qa1QXt/2A7/Yr20e43OvipDOiSqtkkBCt40RVEZdAQAAlgV5neDVs0df54qrzw7yaoR0iVHXQz4y8OIg2zA+9/pkXUpnZJ/ius9RV+QVAAAuEeR1gnmjr9uKq2QbcTUxQtouriaJuB7ng1qxvN7+0fZfVrCEvMajr4GAbhsjp3VxlSRC2ppeXCVwftxeX3VX17f9KwAA0EBeG3h104e2YnGdLa9GRGeL69zHBZRR18N/UEvSi+tzXLaV1/089xpI6DYxYro3cZUw6roTb/vlTxeTc9tdX93p7twJsrnp2/bD4vJ6s7H9nuq2bDfaz6trs/dTSH2uump3++2r6wzbTKL9rrUZbjZj2507m07bvXifkn421sVx021kHfs69kvWKJnmotcHYM0grw2ko6+Li2sw6qpLqpZRXLcddQ0fGZjLLn8eK5XXt37/ds+9vvO+tywjryZLy6surZJERueEUded0aTVJyeVs15mm8RuO5aUVyt4Rrjk/zXvsvMl+6RNy5mSVyN9wzpc7cZ9EyEMlr297q6G17W2vm+TIhlu29XVL9NaF489JpuN6cM+JHA/NRoQmW3ZSYCVgbw28uri33mdIa4vutv+JvzgF4XT39894VkPD35Lfnj38Hu9oH5P92A//a7vGcX13u/oHvAlL+juMkJ6rFHXXeR1eGRgR3ld8rnXRUZfjZwy6nraaNLqk6PJmUiDlx75ORSa+LWVpOF9bdJLSjQimIjFKK9uO+PyYz9kvaHghmKmUZU0Kz2alCVyFI3oyfRe5P20SdEN982gSNWwX7W2pMatpDUTqnUZ8OeA2994/u2Of41lauTR+gxwHiCvjcjoay6uJkZAW8T10XeZi9ddr7X/H+VVRluNoD70O7on9GJ6l4hsL6ry8wOe9Tbz89u6hz/07u5Rdh4RWvOzEdJ2cTVJxDUcdT3sIwO9vPbi6rMtJyOvRkwPIa6Muu6GJq0+OZq8hpJQkReRwkFWZHq/nmi6W1coF5G8hIis+OXCnwt9DEm3ERGtKyQUn6D/EdPbHolFShNuv++1NvODqZ/5OZTCws7Z9VTmqdbFEx6vTBi3OP5VFqqRp3hsAdYP8jqD7KthjYC2iGuYSF6NjKaPCzzKtDth1eVV2h/8XTMfF6iMuh77kQGfoz/3arK1vBox3au4Shh1XQRNWn1ydDkbpWe+vERC1ScUjlBAsnk1GUpkWCOUtHCddjst8lqdZ6xPtu4A2xbIVvpakGmyXK3N/JCMFEstpiXUrjPZB+0Xh7T/w3YtQd0twfG2BK8bjv/eauReRSIMcG4grzOIRl+NfGpJZTXNKK+juNrR1v6CFj0eEDw2IBI7yKwR0l1HXY/zQS2JLq83v3rkLyuQeHl92UNszb/yZYGg9vm2J/XHyeYh3bcZMf3+dz22+0o/7YmPNbLZC+sb/kb3Vx72N7qXaDI6J4jrYmjS6pOjyWsoMBV5sT+P50ooQ6l0hAwCkkpaIqmhxIzColMdYcxk0BPsZ6O8lrD7nCyv1UH66fep1Kb1t7p/A+Fxc0wvFx/D9Fi69nnHv8SiNXIvzHa14wpwHiCvM3nxez+sSmsYTVp9nLzmI64+VmQf+h3dXWmbPOd612vM/1/QPaC/ID7gmW/TZTVKPuoaPjIwl91GXSW6vO763Ksqo3NjxNXK6ZMeZ/+fyqtre+w4zYrrM7qXPucvdn/lOU8xovmU7use9pDuW628itD6nxMZnZNeXCW/9pGf6vcatkWTVp+cXM5EEEbJcILiHcIKhRcGIw+qsBRl0SHrsMslwhhv12BldtNtGuSxLmluhC4WoWSa7bO2nWl5tf3WNp6uM3xda+v7Nqyy1DepX7hdRebqdTEkx8ASTdvi+CssXyO3ztbtA6wR5HUmv//Zz3Vf/cafUaU1jCauEiuvLyzLqxttDT+05ae551z9YwN3i8R+yQu6x2eymkQR12N9UMtFl1fJNiz2oS0jruFzr7m8Ohn9tkRcJS9R5PVbn2iWfymPC6ybXuL6XxZtUsmwUuTarq6vx5E3KxPxsrHk+OmxeA3yarBS4+fbiKiGItX3LZWrgGh5ZVsj+X6m4lPq8zBd64dSg0ggg9pJotLW2pL1at6X79O43da66AIowhrMv8Xxj9hHjew6g3UAnCHI6xa887d+RxXWMJq4SkJ5tWL6wrvjRwXktYiqf22fdxWZdY8KDPL6jtd0D56U1/qo6/4eGRi//lVLSV53ee71W1/6GF1Kp9JLaxhVXt8ojwAYSQ1uFuMjAuNjAyKxo8wmIjo3vbi++A1fbSUd1kMmPiIaumVtjWxj4VXCQhzi+ANcMsjrlnz3ez6gSquPJq2D9Nj40VWR03B6KK7Bh7aMjNoEjw04ia1EEdfDfFBLl1affcjr7OdeA1kNUxx5FXkdnnGVOGF1o6tB5DlXkVr5f3+c/spznjwKaWt6cWXUdaVkI2oLj4Qxunba7Pv4A1w4yOuW/N4f/ZvuST/806q4SlJ53e6LCPoYEfVRJVWNPup6mA9q6dIqseIqUeT1IM+9BqIaxktrq7yKqI6PBvj451y/oW8z8rnth7Z6cf3Wlzym30sAAAAQkNcd+Ls//q7Z4jpfXkdxnSWwirhKTnXUVbK3LyswMlpKKq0+Tl7lZy+w8jxrIKt2ZPUvdl/3Bi+u0i6vnXwO8vqux3RfOVdee3GVxwV++t1v7vcSAAAABOR1Rx776h+eJa7zBDYX1zCqtNosP+o6R16H0dVSFHH12ZZMXo2A1qIJq0SkdfynPokR0jeGo69jWzjq6p5zDR4PCB4bcBLbmF5cJfx1AQAAgBzkdUd+91//cffYV76hIK4mRkJL0YU1jC6tYVR5VcQ1HHXd9yMDqrCGUaTVZ+fnXo2A1qIJaz1+5DVIL6xjAvncJYG48rgAAACADvK6ANe/9OvdE9/wU4q86tIaRpdWiS6rYVRxnRh13e8jA/1Xv05FkVafbb+s4J33vaUor7qUtkQRV8k+xFUSiCuPCwAAAOggrwvx3O/9oe4JPxQKrC6rWlR5NSI6FVVeFXEN5fXoo64SRVp9dn7u9YefvKOw+ijS6rMPeUVcAQAAmkBeF+J3/9Vnu7/xt1+6jLguPOoqOcSo69QHslqzLV5edRltjSKrWpYU2F5cJfL4AwAAAJRBXhdEBPbLXvASVVJL2UZcJaq89tKaiuthPqgVPDKgCOmc7Prcqy6lU1EEtZal5DUQV+k7AAAA1EFeF+b6F97ffeXLf0AV1TS5uJoYCZ2KKq4No64HeWRAkdG5Oay8KmLamJ3lNRFXHhcAAACYBnndA2/5+V/tHv2y71eF1UcV1z2Ouq7lkQHJrs+96pIaRpfR2dll9BVxBQAA2ArkdU885x++vvvr3/ZCVVwli4prZdT1MB/Ukhjx3Ele3zRkiQ9t7U1Yw2wrr4grAADA1iCve+TZr763+2vf8vcbxFWiy2qaOeIqWceo6yiuPrs8OvCtL32MLpt7yGx5RVwBAAB2AnndM89+1fd1f+15f29P4iopy+uhPqh1avLqnnvVZXPxzBl9RVwBAAB2Bnk9AH/rnu/tHv7cTVlejYS2ZI64Svyo65oeGZB8t8nuz70qormPtMprL60vfsNXW3HlT2IB7JubbnNnY/4LAOcG8nognvXK13YPfuo3do980WsTedVFNU0urpKyvB7ug1pL/IksJ6xhlnnuVZHNPaQqr8Foq4ir9A1xPR6fedtbi8m57a6v7nR37oy5ur61LTebfJpwe30Vvc642dhlNjWjur3urvYhXf22ba6uzd4FhG0m0T6U2mrLhGy73YjysSgzU15L/ZzqY98eHdNkGRdEGmApkNcD8qxXvKZ70FO+wQjs98wSV8kccQ3l9fRHXSW5vH73s9/U92g+h5bX6uhrL67yzVmI6/HRpNUnR4TpqsscScQkkJubzSglNXm1wmsMR/5/eHk1Ijf02Yng2E+RvGA/7fb961KbNl3r89ztlva7cCyqyPpb61jqp9bH8XXzMZVzpjoDAMwBeT0wP/bun+8e9OSv7x75wteokqolF1dJXV4PNeq61CMDIqtp/uQcnnsNxJVnXI+PJq0+OW3yGjI58mqYL68iUOEInu+Tk7Nrs03f1upHUT8VsZI+2vZi2/UM8RyJ66OJ4Xx5lXUOtYn6mtdn6th4hn7WahNQP6ZOhsvtADAX5PUI/NjPva/7y1/9dd2XPvMFqqymmSuuh/ug1jKPDJTk9eZXf6fv2Tzeed9bDiuvJiV5lX4grqeDJq0+OU46BjEy8QIisqLJ0H7kNWGQ515qx06ZPrWMNMYyZeUv6ZDfj1qb66evzfztWprXUTgWsnzwi0RcW1ef4XjYbekCHDP2s7r/AdVjOhwvAFgK5PVIWIF90td0f/kJT+++4u//A1VaJbm4Sury6kddV/XIgCKvb339ep57TUdfX/zD7vlWxPW00KTVJ0ckpiY7XqjGeTSxSQlFx8pRL2OxZMUiF85nM8hrON/4Wl1vj20LTCt9Lcg0WW6yTbbnBbRob47SurR1uOlh//VjEc4Xzy+k9Rlrn69/JOxn+LNHpqXLlOV1FGEAWA7k9Yj8y09/pvubL76nKrBzxfVgH9R60uOCG8ZDuid+g5fRv909wk9/2N8eJfUbvrF74F/6xu75g7T6GFEtyKtkWw4mr0ZWfby8yt+Z9eIqIg2ngyatPjlT8uoQcfEyo4lNSnWUTkjlVXs9Ia8lrIwlo4CaoPl9KraZusTrqUuatl2zohnrqMhrsZhleS2R9rNWm5DieptHwwFgDsjrCfCPfvY9VmD/8l1GYr9zlNhcXCVT8vq+/Y+6PuObugfeeVz3zX7k9Ykiso/rvsnI6PMf9ZDugY96tZHSV3dP/EtumhNa/3MaI6kVeT3Z514DafV5sZFl/5gAH8w6TTRp9ckpC9MoKrFwSdvi8ppInizvXs+TV7uctmG7vWA/w9eltutUPGXb+n4Vt5vJa3kdZsPqschqFeHWNxyPdF8S1H6W9j9ZR+mYyvSp8wEA5oO8ngipwErmiuvT3v7LBxl1/fZH/Y9uVHV4ZEDk1I2+avL6TQ+70z3iiaGwhjGSujZ5VcQ1HG3lMYFzoSBMvRQN//IQWEtNXq0chctlEjSuVxvZG5bbbPpPxsv8jfJqpStYh00wrx0hHNsiESu0pfuj7vfEdpvWYSkdC1fzcR3hPK4eTR/YqvWzUpvqMbXrLBwPANgJ5PXE+EfvMhJrBNZL7Bx53WXUdf4jA0ZMB3kVUfWCOj42IBI7yqyfN42R1Iq87vrcqyqf20aRVnk0wUurCDOPCQAAAOwX5PUECQV2lNi6uIajrp/8D1/s19TG/A9q/Wj3zQ9LRxzC5177yHOuMkIr/w+ENpqnIq6SbeVVEKHc+blXRVglsl7/iICE0VYAAIDDgLyeMKrEGlGtjbq+6Bc/0i/dzvy/7Zr+iSztmdZx2vDYQPahrfKfyQqzLTISKv+cr0rpVBRhlaTSymgrAADAYUFeT5x/+an7M4n9n43ExvL6y92T3nyAD2oNMeI5iKuT0+gvC9jHCMaR2PGZVyO0W8jrQZ97VYRVkkoro60AAADHAXldCanAeom1Ivu2w3xQa8gzxscAbCJxDT+01U8LHhuIP7jVJq/bfllB83Oviqz6aNIqUgwAAADHAXldGZrE/k//6z1bj7ru/sjALjFy2iCve/myAkVUw5SklUcEAAAAjgvyulJEYkORFXk9xAe1lvlWLR8jpw3yKtkWK69vMPKqCGoaTViRVgAAgNMCeT0DRGL/ztvv61+1s9UjA0eS152fe1VkVVISVqQVAADgNEFeLxQ76noB8vrO+94SyavIKsIKAACwXpDXC+X4o64SI6aN8rrrc68iqzVhRVoBAADWAfJ6gdx+9j+cjrwqoqpl1y8rQFgBAADOA+T1Avn4736ye8RDH9d90xO/w0YXVS1GOBeT17Y/kxVmW0RSvbCKrCKsAAAA6wV5vVC+43nfZQXWZxTZH0kyyqsVV4kqo3MzX163fe4VWQUAADgfkNcL5R3X7+xe8Ny/HwmszxO+4hlWZJ//Da8KJNYI52LiKpkvr9t+WQEAAACcD8grVEVW4mX2G3uh1WV0boyQNsjrt339K22kDz//sx/oewwAAACXCvIKA/Is7JTIhhGh/MYnGKk1ef433DPEj6pOReT1277+niHPuOs7bGS9knR70jcAAAC4bJBXKDJXZvcd5BUAAACQV2jGy+whhFbWL5FtSgAAAAAE5BV2xgumF9tQcGvx8/nlkVQAAACYAnkFAAAAgNWAvAIAAADAakBeAQAAAGA1IK8AAAAAsBqQVwAAAABYDcgrAAAAAKwG5BUAAAAAVgPyCgAAAACrAXkFAAAAgNWAvAIAAADAakBeAQAAAGA1IK8AAAAAsBqQVwAAAABYDcgrAAAAAKwG5BUAAAAAVgPyCgAAAACrAXkFAAAAgNWAvAIAAADAakBeAQAAAGA1IK8AAAAAsBp2ltc3v/nNdiWEEEIIIYTsO+Kec8jkFQAAAADgVEFeAQAAAGA1IK8AAAAAsBqQVwAAAABYDcgrAAAAAKwG5BUAAAAAVgPyCgAAAACrAXkFAAAAgJXQdf8/6Wo/Dg1QI0AAAAAASUVORK5CYII=

\define TableWizardDisplayTableDummyMacro()
  <<DisplayTable """$(ConfigTiddler)$""">>
\end

\define TableWizardColumnSelectCheckbox()
  <$checkbox tiddler='$:/state/$(ConfigTiddler)$/Display Columns/$(ThisDisplayColumn)$' field='show' checked='$(ThisDisplayColumn)$' unchecked=''>
    <$view tiddler="""$(ThisDisplayColumn)$""" field=caption>
      $(ThisDisplayColumn)$
    </$view>
  </$checkbox>  
\end

\define TableWizardSubcolumnSelectCheckbox()
  <$checkbox tiddler='$:/state/$(ConfigTiddler)$/Display Subcolumns/$(ThisDisplaySubcolumn)$' field='show' checked='$(ThisDisplaySubcolumn)$' unchecked=''>
    <$view tiddler="""$(ThisDisplaySubcolumn)$""" field=caption>
      $(ThisDisplaySubcolumn)$
    </$view>
  </$checkbox>  
\end

\define TableWizardRowSelectCheckbox()
  <$checkbox tiddler='$:/state/$(ConfigTiddler)$/Display Rows/$(ThisDisplayRow)$' field='show' checked='$(ThisDisplayRow)$' unchecked=''>
    <$view tiddler="""$(ThisDisplayRow)$""" field=caption>
      $(ThisDisplayRow)$
    </$view>
  </$checkbox>  
\end

\define TableWizardMakeColumnSelectCheckbox()
  <$list filter='[tag{$(ConfigTiddler)$!!column_tag}]' variable=ThisDisplayColumn>
    <<TableWizardColumnSelectCheckbox>>
  </$list>
\end

\define TableWizardMakeSubcolumnSelectCheckbox()
  <$list filter='[tag{$(ConfigTiddler)$!!subcolumn_tag}]' variable=ThisDisplaySubcolumn>
    <<TableWizardSubcolumnSelectCheckbox>>
  </$list>
\end

\define TableWizardMakeRowSelectCheckbox()
  <$list filter='[tag{$(ConfigTiddler)$!!row_tag}]' variable=ThisDisplayRow>
    <<TableWizardRowSelectCheckbox>>
  </$list>
\end

\define TableWizardButtonSubcolumn()
  <$reveal type='nomatch' state="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$/$(ThisSubcolumn)$""" text='edit'>
    <div style='height:100%;width:100%;'>
      <$button class='tc-btn-invisible' style='height:100%;width:100%;'>
        <$view tiddler="""$:/Data/$(ThisRow)$/$(ThisColumn)$/$(ThisSubcolumn)$/$(ThisItem)$""" field=subcolumn_data>
          <<MissingMessage>>
        </$view>
        <$action-setfield $tiddler="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$/$(ThisSubcolumn)$""" $value=edit/>
      </$button>
    </div>
  </$reveal>
  <$reveal type='match' state="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$/$(ThisSubcolumn)$""" text='edit'>
    <$button>
      {{$:/core/images/done-button}}
      <$action-setfield $tiddler="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$/$(ThisSubcolumn)$""" $value=''/>
    </$button>
    <$edit-text tiddler="""$:/Data/$(ThisRow)$/$(ThisColumn)$/$(ThisSubcolumn)$/$(ThisItem)$""" field=subcolumn_data size=1/>
  </$reveal>
\end

\define TableWizardSubcolumnDisplayEntry()
  <td>
    <$reveal type='nomatch' state="""$(ConfigTiddler)$!!allow_edit""" text='yes'>
      <$view tiddler="""$:/Data/$(ThisRow)$/$(ThisColumn)$/$(ThisSubcolumn)$/$(ThisItem)$""" field=subcolumn_data>
        <<MissingMessage>>
      </$view>
    </$reveal>
    <$reveal type='match' state="""$(ConfigTiddler)$!!allow_edit""" text='yes'>
      <<TableWizardButtonSubcolumn>>
    </$reveal>
  </td>
\end

\define TableWizardButtonColumn()
  <$reveal type='nomatch' state="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$!!$(ThisColumn)$""" text='edit'>
    <div style='height:100%;width:100%;'>
      <$button class='tc-btn-invisible' style='height:100%;width:100%;'>
        <$view tiddler="""$:/Data/$(ThisRow)$/$(ThisColumn)$/$(ThisItem)$""" field='column_data'>
          <<MissingMessage>>
        </$view>
        <$action-setfield $tiddler="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$""" $field=$(ThisColumn)$ $value=edit/>
      </$button>
    </div>
  </$reveal>
  <$reveal type='match' state="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$!!$(ThisColumn)$""" text='edit'>
    <$button>
      {{$:/core/images/done-button}}
      <$action-setfield $tiddler="""$:/state/$(ConfigTiddler)$/$(ThisRow)$/$(ThisColumn)$""" $field=$(ThisColumn)$ $value=''/>
    </$button>
      <$edit-text tiddler="""$:/Data/$(ThisRow)$/$(ThisColumn)$/$(ThisItem)$""" field=column_data size=1/>
  </$reveal>
\end

\define TableWizardColumnDisplayEntry()
  <td>
    <$reveal type='nomatch' state="""$(ConfigTiddler)$!!allow_edit""" text='yes'>
      <$view tiddler="""$:/Data/$(ThisRow)$/$(ThisColumn)$/$(ThisItem)$""" field='column_data'>
        <<MissingMessage>>
      </$view>
    </$reveal>
    <$reveal type='match' state="""$(ConfigTiddler)$!!allow_edit""" text='yes'>
      <<TableWizardButtonColumn>>
    </$reveal>
  </td>
\end

\define TableWizardDisplayTableWithSubcolumns(DataTag ColumnTag SubcolumnTag RowTag SubcolumnPerColumn EmptyMessage)
@@text-align:center;
  <$set name='ColumnList' filter='[prefix[$:/state/$(ConfigTiddler)$/Display Columns]has[show]get[show]tag[$ColumnTag$]sort[title]]-[[text]]-[[title]]-[[modified]]-[[created]]'>
    <$set name='SubcolumnList' filter='[prefix[$:/state/$(ConfigTiddler)$/Display Subcolumns]has[show]get[show]tag[$SubcolumnTag$]sort[title]]-[[text]]-[[title]]-[[modified]]-[[created]]'>
      <$set name='RowList' filter='[prefix[$:/state/$(ConfigTiddler)$/Display Rows]has[show]get[show]tag[$RowTag$]sort[title]]-[[text]]-[[title]]-[[modified]]-[[created]]'>
        <$set name=MissingMessage value='$EmptyMessage$'>
          <$set name=ThisItem value={{$(ConfigTiddler)$!!selected_data}}>
            <table style='width:100%;border-color:black;'>
              <tr>
                <td style='background-color:lightgrey;border-color:black;'>
                </td>
                <$list filter=<<ColumnList>>>
                  <td colspan="$SubcolumnPerColumn$" style='background-color:lightgrey;border-color:black;'>
                    <$link to=<<currentTiddler>>>
                      <$view field='caption'>
                        <<currentTiddler>>
                      </$view>
                    </$link>
                  </td>
                </$list>
              </tr>
                <tr style='width:100%;bordor-color:black;'>
                  <td style='border-left-color:black;'>
                  </td>
                  <$list filter=<<ColumnList>>>
                    <$list filter=<<SubcolumnList>> variable=ThisSubcolumn>
                      <td>
                        <$link to=<<ThisSubcolumn>>>
                          <$view tiddler=<<ThisSubcolumn>> field=caption>
                            <<ThisSubcolumn>>
                          </$view>
                        </$link>
                      </td>
                    </$list>
                  </$list>
                </tr>
                <$list filter=<<RowList>> variable=ThisRow>
                  <tr>
                    <td style='border-left:0px;'>
                      <$link to=<<ThisRow>>>
                        <$view tiddler=<<ThisRow>> field=caption>
                          <<ThisRow>>
                        </$view>
                      </$link>
                    </td>
                    <$list filter=<<ColumnList>> variable=ThisColumn>
                      <$list filter=<<SubcolumnList>> variable=ThisSubcolumn>
                        <<TableWizardSubcolumnDisplayEntry>>
                      </$list>
                    </$list>
                  </tr>
                </$list>
            </table>
          </$set>
        </$set>
      </$set>
    </$set>
  </$set>
@@
\end

\define TableWizardDisplayTableMacro(DataTag ColumnTag RowTag EmptyMessage)
@@text-align:center;
  <$set name='ColumnList' filter='[prefix[$:/state/$(ConfigTiddler)$/Display Columns]has[show]get[show]tag[$ColumnTag$]sort[title]]-[[text]]-[[title]]-[[modified]]-[[created]]'>
    <$set name='RowList' filter='[prefix[$:/state/$(ConfigTiddler)$/Display Rows]has[show]get[show]tag[$RowTag$]sort[title]]-[[text]]-[[title]]-[[modified]]-[[created]]'>
      <$set name=ThisItem value={{$(ConfigTiddler)$!!selected_data}}>
        <$set name=MissingMessage value='$EmptyMessage$'>
          <table style='width:100%;border-color:black;'>
            <tr>
              <td style='background-color:lightgrey;border-color:black;'>
              </td>
              <$list filter=<<ColumnList>>>
                <td style='background-color:lightgrey;border-color:black;'>
                  <$link to=<<currentTiddler>>>
                    <$view field='caption'>
                      <<currentTiddler>>
                    </$view>
                  </$link>
                </td>
              </$list>
            </tr>
            <$list filter=<<RowList>> variable=ThisRow>
              <tr>
                <td style='border-left:0px;'>
                  <$link to=<<ThisRow>>>
                    <$view tiddler=<<ThisRow>> field=caption>
                      <<ThisRow>>
                    </$view>
                  </$link>
                </td>
                <$list filter=<<ColumnList>> variable=ThisColumn>
                  <<TableWizardColumnDisplayEntry>>
                </$list>
              </tr>
            </$list>
          </table>
        </$set>
      </$set>
    </$set>
  </$set>
@@
\end

\define MakeTableWizard()

Enter the name of the configuration tiddler to create:

<$edit-text tiddler='$:/temp/MakeTableWizard' field='config_tiddler_name' class='tc-edit-texteditor' placeholder='Configuration Tiddler Name'/>

<$reveal type='match' state='$:/temp/MakeTableWizard!!config_tiddler_name' text=''>
You have to enter a configuration tiddler name first.
</$reveal>

<$reveal type='nomatch' state='$:/temp/MakeTableWizard!!config_tiddler_name' text=''>

<$set name=ConfigTiddler value={{$:/temp/MakeTableWizard!!config_tiddler_name}}>
<$checkbox tiddler=<<ConfigTiddler>> field='include_subcolumns' checked='yes' unchecked='no'>Include Subcolumns</$checkbox><br>

<$tiddler tiddler=<<ConfigTiddler>>>
Data tag:
<$edit-text field='dataset_tag' class='tc-edit-texteditor'/>

Select Dataset Name <$reveal type='nomatch' state='!!show_new_dataset' text='true'>(<$button>Create New Datasets<$action-setfield show_new_dataset=true/></$button>):<br><br></$reveal>
<$reveal type='match' state='!!show_new_dataset' text='true'>(<$button>Done Creating Datasets<$action-setfield show_new_dataset=false/></$button>):<br><br>
<$edit-text tiddler='$:/temp/MakeTableWizard' field='new_dataset_name' class='tc-edit-texteditor' placeholder='New Dataset Name'/>
<$button>Create Dataset<$action-setfield $tiddler={{$:/temp/MakeTableWizard!!new_dataset_name}} tags={{!!dataset_tag}}/><$action-setfield $tiddler='$:/temp/MakeTableWizard' new_dataset_name=''/></$button><br><br>
</$reveal>
<$select field='selected_data'><$list filter='[tag{!!dataset_tag}]'><option><<currentTiddler>></option></$list></$select>
<br>

<$set name=SelectedData value={{!!selected_data}}>

Column tag:
<$edit-text field='column_tag' class='tc-edit-texteditor'/><br><br>

Select Columns to display <$reveal type='nomatch' state='!!show_new_column' text='true'>(<$button>Create New Columns<$action-setfield show_new_column=true/></$button>):<br><br></$reveal>
<$reveal type='match' state='!!show_new_column' text='true'>(<$button>Done Creating Columns<$action-setfield show_new_column=false/></$button>):<br><br>
<$edit-text tiddler='$:/temp/MakeTableWizard' field='new_column_name' class='tc-edit-texteditor' placeholder='New Column Name'/>
<$button>Create Column<$action-setfield $tiddler={{$:/temp/MakeTableWizard!!new_column_name}} tags={{!!column_tag}}/><$action-setfield $tiddler='$:/temp/MakeTableWizard' new_column_name=''/></$button><br><br>
</$reveal>

<<TableWizardMakeColumnSelectCheckbox>><br><br>

<$reveal type='match' state='!!include_subcolumns' text='yes'>

Subcolumn tag:
<$edit-text field='subcolumn_tag' class='tc-edit-texteditor'/>

Subcolumns per column:
<$edit-text field='subcolumn_per_column' class='tc-edit-texteditor'/>

Select subcolumns to display <$reveal type='nomatch' state='!!show_new_subcolumn' text='true'>(<$button>Create New Subcolmun<$action-setfield show_new_subcolumn=true/></$button>):<br><br></$reveal>
<$reveal type='match' state='!!show_new_subcolumn' text='true'>(<$button>Done Creating Subcolumns<$action-setfield show_new_subcolumn=false/></$button>):<br><br>
<$edit-text tiddler='$:/temp/MakeTableWizard' field='new_subcolumn_name' class='tc-edit-texteditor' placeholder='New Subcolumn Name'/>
<$button>Create Subcolumn<$action-setfield $tiddler={{$:/temp/MakeTableWizard!!new_subcolumn_name}} tags={{!!subcolumn_tag}}/><$action-setfield $tiddler='$:/temp/MakeTableWizard' new_subcolumn_name=''/></$button><br><br>
</$reveal>

<<TableWizardMakeSubcolumnSelectCheckbox>><br>

</$reveal>

Row tag:
<$edit-text field='row_tag' class='tc-edit-texteditor'/><br><br>

Select rows to display <$reveal type='nomatch' state='!!show_new_row' text='true'>(<$button>Create New Rows<$action-setfield show_new_row=true/></$button>):<br><br></$reveal>
<$reveal type='match' state='!!show_new_row' text='true'>(<$button>Done Creating Rows<$action-setfield show_new_row=false/></$button>):<br><br>
<$edit-text tiddler='$:/temp/MakeTableWizard' field='new_row_name' class='tc-edit-texteditor' placeholder='New Row Name'/>
<$button>Create Row<$action-setfield $tiddler={{$:/temp/MakeTableWizard!!new_row_name}} tags={{!!row_tag}}/><$action-setfield $tiddler='$:/temp/MakeTableWizard' new_row_name=''/></$button><br><br>
</$reveal>

<<TableWizardMakeRowSelectCheckbox>><br><br>

Empty cell message:
<$edit-text field='empty_message' class='tc-edit-texteditor'/>

<$checkbox field='allow_edit' checked='yes' unchecked='no'>Allow Inline Editing</$checkbox><br>

<$reveal type='match' state='!!show_table' text='yes'>

</$reveal>

</$set>

</$tiddler>
<$button>Refresh Table
<$action-setfield dummy=1/>
</$button>
<<TableWizardDisplayTableDummyMacro>>
</$set>
</$reveal>
\end

\define TableWizardDisplayTableInside()
<$reveal type='nomatch' state="""$(ConfigTiddler)$!!include_subcolumns""" text='yes'>
<$macrocall $name=TableWizardDisplayTableMacro DataTag={{$(ConfigTiddler)$!!dataset_tag}} ColumnTag={{$(ConfigTiddler)$!!column_tag}} RowTag={{$(ConfigTiddler)$!!row_tag}} EmptyMessage={{$(ConfigTiddler)$!!empty_message}}/>
</$reveal>

<$reveal type='match' state="""$(ConfigTiddler)$!!include_subcolumns""" text='yes'>
<$macrocall $name=TableWizardDisplayTableWithSubcolumns DataTag={{$(ConfigTiddler)$!!dataset_tag}} ColumnTag={{$(ConfigTiddler)$!!column_tag}} RowTag={{$(ConfigTiddler)$!!row_tag}} EmptyMessage={{$(ConfigTiddler)$!!empty_message}} SubcolumnTag={{$(ConfigTiddler)$!!subcolumn_tag}} SubcolumnPerColumn={{$(ConfigTiddler)$!!subcolumn_per_column}}/>
</$reveal>
\end

\define DisplayTable(ConfigTiddler)
<$set name=ConfigTiddler value="""$ConfigTiddler$""">
<<TableWizardDisplayTableInside>>
</$set>
\end

\define TableMacrosColumnInnerInnerRows()
<tr>
  <th>
  </th>
  <$list filter='$(ColumnList)$+[sort{$(TableMacrosMakeTableSortStateTiddler)$}]'>
    <th>
      <<currentTiddler>>
    </th>
  </$list>
</tr>
<$list filter=<<FieldsList>> variable=ThisField>
  <tr>
    <th>
      <$button class='tc-btn-invisible' set=<<TableMacrosMakeTableSortStateTiddler>> setTo=<<ThisField>>><<ThisField>></$button>
    </th>
    <$list filter='$(ColumnList)$+[sort{$(TableMacrosMakeTableSortStateTiddler)$}]' variable=ThisTiddler>
      <td>
        <<TableMacrosInlineEditButton>>
      </td>
    </$list>
  </tr>
</$list>
\end

\define TableMacrosInnerColumnTable()
<$set name=FieldsList1 filter='$(ColumnList)$+[fields[]]-[[text]]-[[title]]-[[modified]]-[[created]]-[[tags]]'>
<$set name=FieldsList filter='[is[system]!is[system]]$(FieldsUsed)$' emptyValue=<<FieldsList1>>>
<$set name=RowOrColumn value=Column>
<$set name=TableSortState value=<<TableMacrosMakeTableSortState>>>
  <table>
    <<TableMacrosColumnInnerInnerRows>>
  </table>
</$set>
</$set>
</$set>
</$set>
\end

\define TableMacrosMakeTableSortState()
{{$:/state/tables/Sort/$(RowOrColumn)$/$(FieldsList)$}}
\end

\define TableMacrosMakeTableSortStateTiddler()
$:/state/tables/Sort/$(RowOrColumn)$/$(FieldsList)$
\end

\define TableMacrosRowTableInnerInnerRows()
<$list filter='$(RowList)$+[sort{$(TableMacrosMakeTableSortStateTiddler)$}]' variable=ThisTiddler>
  <tr>
    <th>
      <<ThisTiddler>>
    </th>
    <$list filter=<<FieldsList>> variable=ThisField>
      <td>
        <<TableMacrosInlineEditButton>>
      </td>
    </$list>
  </tr>
</$list>
\end

\define TableMacrosInnerRowTable()
<$set name=FieldsList1 filter='$(RowList)$+[fields[]]-[[text]]-[[title]]-[[modified]]-[[created]]-[[tags]]'>
<$set name=FieldsList filter='[is[system]!is[system]]$(FieldsUsed)$' emptyValue=<<FieldsList1>>>
<$set name=RowOrColumn value=Row>
<$set name=TableSortState value=<<TableMacrosMakeTableSortState>>>
  <table>
    <tr>
      <th>
        <$button class='tc-btn-invisible' style='width:100%;height:100%' set=<<TableMacrosMakeTableSortStateTiddler>> setTo=title>Title</$button>
      </th>
      <$list filter=<<FieldsList>>>
        <th>
          <$button class='tc-btn-invisible' set=<<TableMacrosMakeTableSortStateTiddler>> setTo=<<currentTiddler>>><<currentTiddler>></$button>
        </th>
      </$list>
    </tr>
    <<TableMacrosRowTableInnerInnerRows>>
  </table>
</$set>
</$set>
</$set>
</$set>
\end

\define ColumnTable(filter fields)
<$set name='ColumnList' value='$filter$'>
<$set name='FieldsUsed' value='$fields$'>

<<TableMacrosInnerColumnTable>>

</$set>
</$set>
\end

\define RowTable(filter fields)
<$set name='RowList' value='$filter$'>
<$set name='FieldsUsed' value='$fields$'>

<<TableMacrosInnerRowTable>>

</$set>
</$set>
\end

\define TableMacrosInlineEditButton()
<$reveal type='nomatch' state="""$:/temp/edit/$(ThisTiddler)$/$(ThisField)$""" text='edit'>
<$button set="""$:/temp/edit/$(ThisTiddler)$/$(ThisField)$""" setTo=edit class='tc-btn-invisible' style='width:100%;hegiht:100%'>
<$view tiddler=<<ThisTiddler>> field=<<ThisField>>>--</$view>
</$button>
</$reveal>
<$reveal type='match' state="""$:/temp/edit/$(ThisTiddler)$/$(ThisField)$""" text='edit'>
<$button set="""$:/temp/edit/$(ThisTiddler)$/$(ThisField)$""" setTo=noedit>{{$:/core/images/done-button}}</$button>
<$edit-text tiddler=<<ThisTiddler>> field=<<ThisField>> size=1/>
</$reveal>
\end

<$reveal state="$:/state/tiddlertitlebar" type="nomatch" text="none">
<$button set="$:/state/tiddlertitlebar" setTo="none" tooltip="Hide tiddler titles and toolbars" aria-label={{$:/language/Buttons/HideTiddlerTitlebar/Caption}} class="tc-btn-invisible">@@color:blue; Cacher Titre des Tiddlers@@</$button>
</$reveal>
<$reveal state="$:/state/tiddlertitlebar" type="match" text="none">
<$button set="$:/state/tiddlertitlebar" setTo="block" tooltip="Show tiddler titles and toolbars" aria-label={{$:/language/Buttons/ShowTiddlerTitlebar/Caption}} class="tc-btn-invisible">@@color:blue; Montrer Titre des Tiddlers@@</$button>
</$reveal>

*Que si vous proposez un poste opérationnel "près du terrain"
*Dans le domaine du contrôle de gestion (au sens large)
*Réclamant de bien parler anglais
*Dans un environnement fortement informatisé (mais qui peut le plus peut le moins)
*Dans un pays étranger (Europe ou reste du monde)
*Exigeant une bonne expérience de l'expatriation
*Autonome et polyvalent, ne rapportant qu'aux organes décisionnaires (au sens large)
*Salarié, ou sous tout autre statut

Je suis à votre disposition, encore pour quelques bonnes années. 

!!!!Rencontrons nous donc.

<svg height="67px" id="Layer_1" style="enable-background:new 0 0 67 67;" version="1.1" viewBox="0 0 67 67" width="67px" xml:space="preserve" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink"><path d="M38.167,22.283c-2.619,0.953-4.274,3.411-4.086,6.101  l0.063,1.038l-1.048-0.127c-3.813-0.487-7.145-2.139-9.974-4.915l-1.383-1.377l-0.356,1.017c-0.754,2.267-0.272,4.661,1.299,6.271  c0.838,0.89,0.649,1.017-0.796,0.487c-0.503-0.169-0.943-0.296-0.985-0.233c-0.146,0.149,0.356,2.076,0.754,2.839  c0.545,1.06,1.655,2.097,2.871,2.712l1.027,0.487l-1.215,0.021c-1.173,0-1.215,0.021-1.089,0.467  c0.419,1.377,2.074,2.839,3.918,3.475l1.299,0.444l-1.131,0.678c-1.676,0.976-3.646,1.526-5.616,1.567  C20.775,43.256,20,43.341,20,43.405c0,0.211,2.557,1.397,4.044,1.864c4.463,1.377,9.765,0.783,13.746-1.568  c2.829-1.674,5.657-5,6.978-8.221c0.713-1.715,1.425-4.851,1.425-6.354c0-0.975,0.063-1.102,1.236-2.267  c0.692-0.678,1.341-1.419,1.467-1.631c0.21-0.403,0.188-0.403-0.88-0.043c-1.781,0.636-2.033,0.551-1.152-0.402  c0.649-0.678,1.425-1.907,1.425-2.267c0-0.063-0.314,0.042-0.671,0.233c-0.377,0.212-1.215,0.53-1.844,0.72l-1.131,0.361l-1.027-0.7  c-0.566-0.381-1.361-0.805-1.781-0.932C40.766,21.902,39.131,21.944,38.167,22.283z M34,64C17.432,64,4,50.568,4,34  C4,17.431,17.432,4,34,4s30,13.431,30,30C64,50.568,50.568,64,34,64z" style="fill-rule:evenodd;clip-rule:evenodd;fill:#598DCA;"/></svg>

UNIMECS France SARL est la filiale française du groupe UNIMECS dont les nouveaux bureaux sont situés à Nanterre.

[ext[Source|https://www.cadremploi.fr/editorial/formation/dif-cif-vae/detail/article/cadres-une-vae-pour-booster-son-cv.html?utm_source=cadremploi&utm_medium=email&utm_campaign=dossier_formation]]

Faire reconnaître son expertise développée au fil des années par un diplôme, c'est tout l'intérêt des Validation des Acquis de l’Expérience (VAE). Une pratique pas toujours bien connue des cadres qui peut pourtant faire avancer leur carrière.

<$list filter='[list[SeeAlsoList!!text]]' variable=CurrentTag>
<$list filter='[all[current]tag<CurrentTag>limit[1]]'>

<br>For <<CurrentTag>> see also:
<$list filter='[tag<CurrentTag>] -[all[current]]'>

</$list>
</$list>
</$list>

!!{{Vigitel!!caption}}

[img[logo-chubb-sicli.jpg]]

*La Société Anonyme VIGITEL est une entreprise d'installation de systèmes de protection et de télésurveillance (secteur sécurité). Installée au Chesnay (département 78). Elle héberge son centre de télésurveillance en fonction 24/24. Son PDG (mon patron) est Monsieur Marc Philippe HELFRICH. <$button message="tm-open-window" param="Vigitel+" tooltip="Plus de détail sur VIGITEL" aria-label="Help">Plus d'infos</$button>

!Plus d'informations sur VIGITEL

*Par la suite, à partir d'avril 2001, l'entreprise à fait l'objet de réorganisation et de rachats.
*[ext[Actes Vigitel|doc/actes-vigitel.pdf]]

Secteur : Nettoyage industriel - Sécurité

Vigitel est racheté par le groupe Chubb  (Chubb Sécurité) pour renforcer la partie téléservices. 




VIGITEL TELESURVEILLANCE SERVICES, société à responsabilité limitée est active depuis 24 ans.
Installée à MONTMAGNY (95360), elle est spécialisée dans le secteur des activités liées aux systèmes de sécurité. Son effectif est compris entre 10 et 19 salariés.

*Sur l'année 2016 elle réalise un chiffre d'affaires de 6 570 300,00 €.
*Le total du bilan a augmenté de 5,48 % entre 2015 et 2016.
*En 2016, Laurent BRUYERE-PIROT, est gérant de l'entreprise VIGITEL TELESURVEILLANCE SERVICES.

!!!Sources:

*https://www.infogreffe.fr/entreprise-societe/480857481-helfrich-marc-philippe-48085748100018.html
*https://www.societe.com/societe/vigitel-telesurveillance-services-389515388.html#etab
*https://www.infogreffe.fr/entreprise-societe/480857481-helfrich-marc-philippe-48085748100018.html?afficherretour=true&tab=entrep

https://tiddlycv.tiddlyhost.com

yes

no

no